title page influence of students` perceptions of chemistry ... work 1.pdf · 1 title page influence...
TRANSCRIPT
1
TITLE PAGE
INFLUENCE OF STUDENTS` PERCEPTIONS OF CHEMISTRY
CLASSROOM ENVIRONMENT ON THEIR ACHIEVEMENT AND
ATTITUDES TOWARDS CHEMISTRY.
A RESEARCH PROJECT PRESENTED TO
DEPARTMENT OF SCIENCE EDUCATION,
UNIVERSITY OF NIGERIA, NSUKKA.
IN PARTIAL FULFILLMENT OF THE REQUIREMENT FOR THE
AWARD OF THE MASTER`S DEGREE (M.ED) IN SCIENCE
EDUCATION
BY
NWORA, UZOAMAKA THERESA
PG/M.ED/05/39770
2
APPROVAL PAGE
This thesis has been approved for the department of Science
Education, University of Nigeria, Nsukka.
______________________ ______________________
Prof. Z.C. Njoku Prof. E. O. Akuezuilo
Supervisor External Examiner
_______________________ _______________________
Dr. J.C Adigwe Dr. C. R. Nwagbo
Internal Examiner Head of Department
Prof. S. A. Ezeudu
Dean, Faculty of Education
3
CERTIFICATION PAGE
Nwora, Uzoamka Theresa, a postgraduate student in the department of
Science Education and with registration number PG/M.ED/05/39770 has
satisfactorily completed the requirements for the course and research work
for the master’s degree in Science Education.
The work embodied in this project thesis report is original and had not
been submitted in part or full for any other Diploma or Degree of this or any
other University.
______________________ _______________________
Prof. Z. C. Njoku Dr. C. R. Nwagbo
SUPERVISOR HEAD OF DEPARTMENT
4
DEDICATION
This work is dedicated to my beloved husband Dr. Nweke F.N. and
children, Nnaagozie, Chidubem, Kenechukwu, Uchechimere, Makuochukwu
and Uzonna whose patience and effort supported me till the completion of
this work
5
ACKNOWLEDGEMENT
First and foremost, all thanks and praises belong to Almighty God, my
hope. The sources of my patience, endurance and perseverance throughout
the course of my studies and completion of this programme.
I am ever indebted to my beloved husband Dr. Nweke F.N. and
children for their perseverance and tolerance as I take away their time while
studying.
My immense gratitude to my diligent supervisor, Prof. Z.C. Njoku
who dedicatedly and painstakingly went through the work and made the
necessary corrections. His objectivity and clarity of thought obviously
contributed a great deal in making this work successful.
I acknowledge the immeasurable contributions of Prof. D. N. EZE,
Prof. Nwadinigwe, Dr.K.O. Usman, Dr. B.C. Madu, Dr. Mrs F. O. Ezeudu,
Dr. Mrs. L. Nworgu and Dr. Mrs. Nwosu throughout the study.
Words cannot adequately express my gratitude to my course mates
Mr. Eze Emmanuel, Mr, Agba M.U. and Mr. Nwaeze F. whom I often
6
engage in some academic discussion. In fact, their words of encouragement
and advice helped me in this work.
My thanks also go to my parents Mr. Nwora B. M.(Late) and Mrs.
Nwora M.O. for her immeasurable motherly care, advice and prayer
throughout the study. I wish to thank my brothers Dr. Nwora, C.C. Mr
Nwora I. N. and my sisters Mrs. R.C. Okoro and Mrs. Aniobi C.N. for their
words of encouragement during the course of the study.
I did not forget the typist and all other numerous people who in one
way or the other contributed to the success of this work. May God bless you
all abundantly.
7
ABSTRACT
Students perform very poorly in Chemistry in the last few decades, many
reasons have been induced to explain these poor performances. Attitudes of
chemistry students are correlated to their achievement. Attitudes can be
influenced by the learning environment. Therefore, the study examined how
students’ perceptions of Chemistry classroom environment influence their
achievement and attitudes in Chemistry. The population of the study
comprised all the SSII Chemistry students in Senior Secondary Schools in
Obollo Education Zone. The sample for the study constituted 496 SSII 2009-
2010 session of Chemistry students in twenty five Senior Secondary Schools
purposively selected in the area of the study. The design of the study was
expost factor. Three research questions and two hypotheses guided the
study. Three instruments for data collection were developed and used for the
study. Students’ perceptions of Chemistry Classroom Environment
Questionnaire, Chemistry Students Attitude Scale and A Check list for
tabulating students’ achievement in Chemistry for three terms. The students’
perception of Chemistry Classroom Environment Questionnaire is a 24-
items questionnaire while the Chemistry Students’ Attitude Scale is a 25-
items questionnaire. In addition, a Check list was used for tabulating
students’ achievement in chemistry for three terms. The data were
analysized using different statistics namely, Mean Scores, Standard
Deviation Scores and Analysis of Variance (ANOVA) which was used to
test the hypotheses. The results of the study revealed that the students have
different perceptions of their chemistry classroom environment. Students’
perceptions of their Chemistry classroom environment have no significant
influence on their achievement in Chemistry, but have significant influence
on students’ attitudes towards Chemistry. Based on these findings in
students’ attitudes in Chemistry, a Scheffe`s Test was carried out to locate
the groups that indicate significant difference in their attitudes towards
Chemistry. The result shows that the 3 groups were statistically significant
with each other. This shows that most of the students do not have positive
perceptions of their Chemistry Classroom Environment because it is not
8
conducive for teaching and learning of Chemistry. The results have
significant influence on students’ Attitudes to Chemistry, though it has no
significant influence on students’ Achievement but it does not give the
students ability for meaningful performance in Chemistry. Finally
recommendations were made.
TABLE OF CONTENT
Title page i
Approval page ii
Certification iii
Dedication iv
Acknowledgment v
Abstract vii
Table of content viii
List of tables xi
CHAPTRE: ONE
Background to the study 1
Statement of the problem 10
Purpose of the study 11
Significance of the study 12
Scope of the study 13
Research questions 14
Hypotheses 14
CHAPTER TWO: REVIEW OF LITERATURE
9
Conceptual framework
Nature of Classroom Environment and Students’
achievement and attitudes in Chemistry 15
Instructional Materials/equipment and students`
achievement and attitudes in Chemistry 18
Teachers’ quality and students’ achievement
and attitudes in Chemistry 20
Method of teaching and students’ achievement
and attitudes in Chemistry 22
Student/ students’ interaction and students’
achievement and attitudes in Chemistry 23
Theoretical Framework
Behavioural change a product of interaction
of forces in classroom environment 25
Empirical studies 27
Students’ perceptions of classroom environment
as factor of academic achievement 27
Students’ perceptions of classroom environment
as factor of attitudes to learning. 30
Summary of literature review 33
CHAPTER THREE: RESEARCH METHOD
Design of the Study 35
Area of the study 35
Population of the study 36
Sample and sampling technique 36
Instrument for data collection 36
10
Validation of the instrument 37
Reliability of the instrument 38
Technique for data collection 38
Method of data analysis 39
CHAPTER FOUR: PRESENTATION AND ANALYSES OF DATA
Research Question One 40
Research Question Two 41
Research Question Three 42
Hypothesis One 43
Hypothesis Two 44
Scheffe’s Test 45
CHAPTER FIVE DISSCUSSION, CONCLUTION AND SUMMARY
Discussion of the results 47
Conclusion/summary 49
Implication of the findings 50
Recommendations 51
Limitations of the study 52
Suggestions for further studies 52
References
Questionnaire
Appendix
11
LIST OF TABLES
1. Distribution of students by levels of perceptions of their Chemistry
classroom environment.
2. Students’ achievements mean scores and standard deviation scores in
Chemistry by their levels of perceptions of their Chemistry classroom
environment.
3. Students` Attitudes mean scores and standard deviation scores by their
levels of perceptions in Chemistry classroom environment.
4. Analysis of variance (ANOVA) comparing student’s levels of
perceptions of their Chemistry classroom environment and their
achievement mean scores
5. Analysis of variance (ANOVA) comparing students` levels of
perceptions of their Chemistry classroom environment and their
attitude mean scores.
6. Scheffe’s Test stepwise comparing the 3 groups.
12
CHAPTER ONE
INTRODUCTION
Background to the Study
Chemistry as a science subject plays a vital role in transforming the
environment and improving the general quality of life. It is essentially
needed for a nation’s technological development. As a core science subject,
the proper teaching and learning of chemistry in secondary schools
facilitates student’s enrollment in many professional disciplines like
Nursing, Medicine, Pharmacy, Agriculture, Engineering and Geology etc.
Hence, there is the need for effective teaching and learning of Chemistry in
Nigerian secondary schools. For teaching and learning of Chemistry to be
effective, the classroom environment has to be conducive to both teachers
and students. Chemistry as an important science subject is taught in many
secondary schools in Nigeria as a single subject at senior secondary school
level. Yet, in spite of all the benefits derived from Chemistry, students’
performance in Chemistry at the senior secondary school certificate
examination in the last few decades is still low. Ogu (1995), Balogun (1995),
and Akinyele (1997), all noted poor academic achievement in Science and
Chemistry in particular. Ugwu (2004), noted that in 2000 and in 2001, of all
the candidates who sat for senior secondary school chemistry examination,
13
more than half of the students performed very poor in Chemistry that they
could not use their result in Chemistry for further studies. Also WAEC
annual report (2006, 2007 and 2008), noted poor academic achievement in
Chemistry which manifested in constant poor grades and repetition of
classes. Thus, one tends to question why the general unsatisfactory academic
performance in Chemistry among the secondary school students. These poor
performances in Chemistry have made some researchers to study the
problem with the hope of finding the causes and possible solutions.
According to Ali (1998), science education at all levels is plagued by
very many kinds of problems which include, under funding of science
education; lack of adequate and appropriate instructional materials; lack of
functional equipments; poor method of teaching; inadequate trained science
teachers and laboratories that exist in dilapidated buildings. Chemistry as a
core science subject is not counted out from the under listed problems. These
problems lead to serious educational setbacks which invariably lead to low
rate of secondary schools science achievement in Nigeria.
Ukeje (1984), said that geographical location is one of the most
important differences between the educational conditions in the urban as
against the rural areas. This shows that geographical location influences
academic achievement. Onainor and Obiora (2001), maintained that gender
14
is another major factor that influences the performance of students. He also
states that boys out performed their female counterparts in the different
school subjects. Haertel, Walberg and Haertel (1981), Anderson (1982), and
(Fraser 1981a, 1986a) traced the problem of poor academic achievement to
psychological, sociological, psychosocial and physical problems. Ukeje
(1984), considering what should be the environmental factors affecting the
performance of students, identified the factors as malnutrition which causes
poor physical growth and mental development, diseases, injury, home
background, culture and socio economic status of parents. It is a clear
assertion that a students` home background influences his/her behaviour and
school performance. This is because some students are from broken home
where parents are separated, while others are from home where the marriage
is stable and happy, and parents live together happily to see to their
children’s educational needs and school work.. Children develop good
learning habits and scientific thinking through practical and manipulative
approach while at home. This is because of availability of ready materials
like Newspapers, Textbook, Maps, Science journal and Toys. In such homes,
children devote more time to studies which is not done in broken homes
where quarrel are all the time. Educational psychologists recognize that
home environment is among the factors that handicap a child in school and
15
in life or may be a source of strong special advantage. Skinner (1963), points
out that in order to understand and improve our standard of education,
learning is not done only in the school. It is with the co-operation of the
home and school environment that learning will be more affective. If one of
them fails there will be a gap and the child will suffer.
In educational circle, classroom environment is very important.
According to Oxford advanced learners` dictionary of current English (8th
ed)
Environment is seen as conditions that affect the behaviour and development
of somebody/something or is seen as the districts, surroundings,
circumstances etc that influence a place, town or people’s lives. According
to Okonkwo and Ozurumba (1989), environment implies all the classroom
conditions that facilitate teaching and learning, which include space, seat,
air, equipments and other man made situation that galvanize teaching and
learning. Environment is also seen as the sum total of all conditions that
surround man at any given time on the earth surface. Anderson (1982), view
classroom as the inter-personal relationship among pupils, relationship
between pupils and their teachers, relationship between pupils and with
subject matters studied and the method of learning and finally pupils
perception of the structure and characteristic of the classroom. Talton and
Simpson (1987), view classroom as a miniature community in which
16
members interacts and influence the behaviour of others. According to
Okonkwo and Ozurumba (1989), classroom is a place where learners and
teachers meet. It could be an art gallery, museum, workshop, display center
or special room where educational plan are carried out and research finding
tried out. Classroom can be seen as the power house where the success or
failure of the learning process is generated and sustained. Giddings and
Fraser (1988), viewed classroom environment in terms of the shared
perception of students and sometimes, the teachers in that environment.
Mgodile (2005), stated that classroom environment should have the ability to
create a conducive, congenial, and peaceful climate that allows meaningful
learning in the absence of fear, stress and tension in which the teacher and
the students will be happy to stay and work.
Mgbodile (2005), further stated that learning has been known to be
influenced by the type of environment in which an individual learn. That is
to say that the school climate determines to a large extent the morale,
motivation and commitment of teachers to school work and zeal with which
students purses their studies. Appleby (1990), observed that in un-conducive
type of environment, students distract, disrupt, and interfere with teaching
and learning. They can develop the attitude of coming late to class, pinching
one another, aggression, smoking, lies, truancy, use of drugs, all kinds of
17
noise, walking in and out of classroom, being passively rude or unwilling to
participate in the learning process. Nwosu (1997) and Okobia (1992),
observed that un-conducive environment leads students to sleeping in class,
vandalism, smoking and mischief. Consequently, this hinders the physical
classroom environment which hinders teachers’ effectiveness; students
learning and positive interpersonal relationship. In addition, physical
classroom environment include the type of building, furniture, equipments,
resources, materials for teaching and learning, quality of light, space for
movement and interaction. When the physical classroom environment is
poor, it makes the classroom uncomfortable for teaching and learning and
for living. Students in such environment are disorganized, in friction and
mischief. They develop poor attitude to learning and this hinders educational
process, which leads to poor achievement. Eggen, Kauchak and Jacbson
(1981), opined that the organization of the classroom affects how easily
students are managed as well as how well they achieve. Consequently, this
hinders the teacher’s effectiveness, student/students interaction and positive
interpersonal relationship. More still, student/students interaction can hinder
academic activities in classroom environment.
Thus, Okonkwo and Ozurumba (1989), observed that peer influence
has tremendous impart on classroom behaviours. This is because peer help
18
to set on patterns of interaction among members. In a normal classroom, a
number of intimate groups are formed with their norms, values, and belief
system. This may create control problem in the classroom. Also, students’
inability to identify with the norms of their group may cause them
frustration, confusion and low self-confidence and actualization. Rejection
may lead to all kinds of behaviour problems and motivation to persist in the
face of a tough academic obstacle (Schmuck and Schmuck 1992). Osarenren
(1999), observed that peer rejection reflection makes students to deviate
from the norms of the school and the society at large. Often behaviours the
youth considers normal for them and their peers, are seen to be deviant and
abnormal by their parents and teachers. Also classroom politics may hinder
or enhance educational activities. Student’s leaders that are harsh and
authoritarian are disliked by students. Students are mischievous in such
environment, while they co-operate with democratic leaders. Also in
classroom environment where students experience sexual harassment from
their fellow students, such leads to immorality, which may cause drop out,
teenage pregnancy, unplanned marriage, sexually transmitted disease and
HIV/AIDS. This type of environment leads some students to change from
such class to another class, or even a change of school. Also, authoritarian
and pessimistic reproachful evaluations of students by the teacher seem to
19
create friction in the class. Where as, over rigidity produces unpleasant
environment such that the majority of students become anxious, over
permissive, and may result in students enjoying themselves by doing their
own thing and not participating in the lesson. Thus, Moos (1979), states that
in a classroom, teachers who specify clear goals and encourages
participation tend to promote students moral and feeling of personal
accomplishment and tend to produce high work performance. McCraken &
Richmond (1992), and Nussbaum (1992), observed that teachers at all levels
of education are constantly and silently assessed and perceived as either
credible or not credible by students. Cooper & Simons (1999), states that
students may like or dislike the instructor and learn from the instructor they
perceive as credible as well as those they like rather than from those they
dislike (Frymier, 1994). Teacher’s personal characteristics play some vital
role in effective classroom management. For instance, Lassa (1992), opined
that when a teacher has a fundamental disrespect to students natural
behaviour and thinking, the teachers` mood to subordinate students interest
naturally makes students feel bad. Where this exists, the environment would
normally slow down learning and could affect student’s attitude towards
learning.
20
According to Oxford advanced learner’s dictionary of current English
(8thed), attitude is a way of feeling, thinking or behaving towards some thing
or somebody. Ifeakor (2005), expressed the importance of attitude, stating
that feeling is as real, important and a part of nature as much as knowing. He
further noted that how a person feel is almost more important to others than
what he knows. Attitude therefore can be positive or negative towards
stimuli. Gardner (1975), Munby (1980), Ormerod and Duckworth (1975),
Shrigley (1983), Schibeci (1984), all opined that the development of a
positive attitude to science and scientific process is among the major aims of
science teaching. They are of the opinion that promotion of favorable
attitude to science is an important aim of science education. In harmony with
the above, Klopfer (1971), provide a comprehensive classification scheme
for science education aims using six different categories of attitudinal aims.
These he called Test of Science Related Attitude (TOSRA) (Fraser 1978).
TOSRA is used for examining the performance of groups or classes of
students to provide information about changes in attitude at a particular time.
However, most of these research works were done outside Nigeria.
The little one done in Nigeria, lay much emphasis on geographical location,
disease, culture, socio economic status of parents, intelligent quotient,
gender problem and home background environment problems. Among all
21
these factors identified, influence of students` perception of classroom
environment seems to be absent. Hence, the need for this work.
Statement of the Problem
Students perceive the classroom environment differently because
they have different classroom experiences. Differences in perceptions are
usually more helpful than harmful. They provide the bases for great variety
of approaches to life in general and to education in particular. The question
is, do students’ perceptions of classroom environment influence their
academic achievement? Does it influence students’ attitudes towards
Chemistry subject? Thomas Poffenberger and Donald Norton (1967),
discovered that home attitude and teacher all play important roles in
determent of students attitude towards school subjects. According to Ukeje
(1984), poor academic performance could be due to home back ground, peer
group influence, intelligent quotient, gender and geographical location of the
school. Ukeje (1984), further identified some factors, which affect the
performance of students as malnutrition, disease, culture, socio-economic
status of parents and home background. Onainor and Obiora (2001),
maintained that gender is another factor that influences the performance of
students, some noted age as a big factor that can influence students
performances and attitudes to learning.
22
However, most of the research works were done out side Nigeria,
hence they cannot be generalized to Nigerian classroom environment due to
differences in the social cultural and socio economic setting and levels of
education. Among all other research works done in Nigeria, influence of
students’ perceptions of classroom environment on their achievement and
attitudes towards learning is not mentioned. Could this factor be responsible
for students` low or poor Chemistry achievement in Nigeria. In other to
provide answer to this question, this work becomes necessary and important.
Purpose of the Study
The purpose of this study is to find out the influence of students’
perceptions of classroom environment on their achievement and attitudes
towards Chemistry in senior secondary schools.
It is specifically established to find out
1: Students’ perceptions of Chemistry classroom environment.
2: Influence of students’ perceptions of classroom environment on their
achievement in Chemistry.
3: Influence of students’ perceptions of classroom environment on their
attitudes towards Chemistry
23
Significance of the Study
This study is significant in view that it will provide useful information
on students’ perceptions of chemistry classroom environment to educators,
teachers, students, non tutorial staff, guidance counselors and the
government. This study will help government, teachers, educators and the
guidance counselors to know the influence students’ perceptions of
classroom environment have on students’ achievement and students’
attitudes towards chemistry in secondary schools. To the government,
teachers and head of schools, it will guide them in formulating rules and
laws in school system. It will help students to know and adapt to classroom
environment variables. This will help in changing and improving teaching
and learning of Chemistry in senior secondary schools.
Scope of the Study
This study will be limited to senior secondary II students of chemistry
in Obollo education zone of Enugu State. It is also limited to some selected
variables such as the Nature of classroom environment, Instructional
materials/equipment, Teachers’ quality, Method of teaching and
Student/students interaction.
24
Research Questions
The following research questions will guide the study
(1) What is the students’ levels of perceptions of their Chemistry
classroom environment?
(2) What is the chemistry achievement mean scores of students who
have negative, moderate, and positive perceptions of their Chemistry
classroom environment?
(3) What is the attitude mean scores of students who have negative,
moderate, and positive perceptions of their chemistry classroom
environment?
Hypotheses
The following hypotheses will be tested in this study at 0.05 level of
significance.
HO1: The students’ perceptions of their Chemistry classroom
environment have no significant influence on their achievement
mean scores in Chemistry.
HO2: The students` perceptions of their Chemistry classroom
environment have no significant influence on students’ attitude
mean scores in Chemistry.
25
CHAPTER TWO
REVIEW OF LITERATURE
This chapter presents a review of literature on the influence of
students’ perceptions of classroom environment on their achievement and
their attitudes towards chemistry. The review of related literature is divided
into sections. The sections include the conceptual framework, theoretical
framework and the empirical studies.
Conceptual framework
Nature of Classroom Environment and Students’ Achievement and
Attitudes in Chemistry
The role of classroom is very vital in education circle. It is a miniature
community in which members interact and influence the behaviour of others
(Talton and Simpson 1989). According to Okonkwo and Ozurumba (1989),
classroom could be an empty space, an art gallery, museum, workshop,
display center or special room. Classroom learning environment has a
central purpose and that is to promote teaching and learning. The classroom
is a very important place in the operation of a school. It holds students
together and offers them the opportunities of achieving the purpose of
26
education. It makes for group socialization through peer interaction and
pressures. Akubue (1991), described the classroom environment as a base
for all types of educational activities. Giddings and Fraser (1988), described
classroom environment in terms of the shared perception of the students and
some times the teachers in that environment.
Classroom environment can be classified into different conditions,
such as psychological, Sociological, psychosocial and physical conditions.
The psychological classroom environment refers to the level of teaching
motivation, anxieties, confusion, Cohesiveness, distraction, encouragement,
interest and the difficulties of the classroom learning activities (Haertel and
Walberg 1981). The sociological classroom refers to the inter-personal
relationship among pupils, and their teachers, relationship between pupils
and the subject matters studied and the methods of learning (Anderson
1982), Psychosocial classroom environment refers to the type which
provides an area that will help to furnish a number of ideas, techniques and
research findings that could be valuable in the school psychology (Fraser
1981a, 1986a). while physical classroom environment refers to the building,
artistically design, levels of available seat, good ventilation, quality of light,
roofing, ceiling and smooth floor (Akubue 1991). The nature of classroom
environment has found to differ according to the quality and design of the
27
above mentioned. Different perceptions of these by students influence their
achievements and attitudes in science including chemistry. Fraser (1986b),
provide much consistent evidence that classroom environment is linked with
students outcome. Haertel G, Walberg and Haertel E. (1981), found out that
students learning was consistently related positively to classroom
cohesiveness, satisfaction and task orientation and related negatively to
friction and disorganization, Eggen, Kauchak and Jacobson (1981), agreed
that the organization of physical classroom environment affects how easily
students are managed as well as how they achieve. Appleby (1990),
observed that in Un-conducive type of environment, student distract, disrupt,
and interfere with teaching and learning. They can develop the attitude of
coming late to class, pinching one another, aggression, smoking, lies,
truancy, use of drugs cultism, examination malpractice, making all kinds of
noise, walking in and out of classroom, being passively rude or unwilling to
participate in the learning process. Nwosu (1997) and Okobia (1992),
observed that un-conducive environment lead students to sleeping in class,
calling teachers provocative nicknames, walking out on the teacher,
vandalism, smoking and mischief. Consequently, this hinders effective
classroom activities, which hinders teachers` effectiveness and poor
academic achievement. Fraser (1986), reported that task oriented and
28
structure classes have improved students abilities. In such classroom,
students are creative and hard working. Mgbodile (2005), found out that the
school climate determine to a large extent the moral, motivation and
commitment of teachers to school work and zeal with which students pursue
their studies. He further added that a good climate makes it possible to work
productive to important school goals such as academic learning, social
development, scientific attitude and curriculum development.
Instructional Materials/Equipment and Students’ Achievement and
Attitudes in Chemistry
Materials/equipment play a central role in chemistry education. In
chemistry classroom environment, materials/equipment refers to those
resources, chemicals, compounds, substances, gadgets, apparatus which are
used in investigative activities. According to Maduabum (1989), resources
are the instructional equipment and materials which the teacher can use to
help students to achieve lesson objectives. Equipment/Materials help to
provide learners with opportunities, skills and attitudes needed for future
work in science and to practice investigative and inquiry activities. It enables
children to be actively involved in learning. According to Azeke (1987),
inadequate instructional materials and equipment in secondary schools
29
remove the activity components of the science lesson which makes science
real and experimental.
Anih (2001), observed that materials/equipments encourage creative
instincts which is fundamental to academic achievement. Ugwuanyi (1998),
reported that many students perceive science as a difficult subject because it
involves imagination of objects and concepts when laboratory
materials/equipments are lacking. Ezeliora (1999), conducted a study aimed
at empirically determining which of the learning materials will influence
retention of chemistry concepts more among senior secondary school
students and to what extent each influence the attitude and achievement of
students. She reported that locally improvised learning materials proved
superior to the standard learning materials in engendering retention of
chemistry concepts. Oyedeji (1986), recognized the role of equipments. In
his write up, he wrote, one begins to wonder whether lack of science
equipment is not one of the factors responsible for the continuous poor
performance of science students when compared to arts students. He
therefore, concluded that science materials and equipments must be
effectively managed in other to achieve better result in science education
particularly in chemistry. Therefore, the laboratory materials/equipments
should be adequate and functional, since they are unavoidable need for
30
effective investigation activities, which affects chemistry learning. Nduanya
(1978), maintained that children learn better in an environment that is rich in
terms of quality and variety of learning materials and equipments. Students’
perceptions of learning materials/equipments that are attractive, accessible
and are easily used influenced students’ overall feelings towards the
classroom and their own capacity for learning. This is because practice
makes perfect.
Teachers’ Quality and Students’ Achievement and Attitudes in
Chemistry
Classroom environment was described by Giddings and Fraser (1988)
in terms of the shared perceptions of the students and some times the
teachers in that environment. Teachers perceived the classroom environment
more favourable than did their students in the same classroom. Cooper &
Simonds (1999), states that students may perceive the instructor as either
credible or not credible. They may also like or dislike the instructor. This
problem can be traced to teachers’ quality. Teachers’ quality has to do with
teachers’ qualification, type of leadership, neatness, effectiveness,
efficiency, communication skills, dressing style, punctuality etc. These can
be assets as well as a liability to classroom discipline Okonkwo and
31
Ozurumba (1989). They further stated that it can be an asset if students
perceive the teacher to be democratic, efficient, friendly and warm. If the
teacher prepares his lesson and confidently delivers them, if the teacher
dresses neatly, if he is firm and constant in dealing with the students. He
becomes liability, if he adopts authoritarian or lassie faire style of leadership,
if he is emotionally not stable and lacks good communication skills, if he
sexually harasses the students etc. Appleby (1990), observed that, in this
type of environment, students are passively rude or unwilling to participate
in the learning process. Nwosu and Okobia (1992), states that, this hinders
teachers effectiveness, students learning and positive inter-personal
relationship. This can disrupt and negatively impart the overall learning
environment for students who are not involved in the inappropriate
behaviours. It contributes to additional stress, discontent and eventual burn
out for teachers. Frymier (1994) & Umeano (2007) observed that students
learn more from the instructors they perceived as credible as well as those
they like rather than from those they dislike.
Lassa (1992), observed that teacher characteristics play some vital
role in effective classroom management. He opines that when a teacher has a
fundamental disrespect to students’ natural behaviour and thinking, his
subordinate interests naturally slow down learning. Hence, Moos (1979),
32
states that teachers who specify clear goals and encourage students
participation tend to promote students morals and feelings of personal
accomplishment and produce high work performance. Furthermore, Lainer
and little (1986), revealed that some programmers on teachers education
provide too superficial a general education in science and technology for
their teachers to be anything more than movies, that most super-secondary
school teacher education programmers do not provide experiences needed to
effectively teach all components of an integrated science, technology and
society programmers. As a result, teachers can readily apply their knowledge
to solution of community problems and perception difficulties. Thus, Ali
(1989), points out that how well a teacher performs in science teaching
depends on what he was taught during the course. In addition, that progress
is only made when what to teach and how to teach becomes part of the
teacher. Ogbuanya (1990), opined that effective teaching leads to good
academic performance and positive attitude of students in all subjects.
Meaning that teachers` competency might be a factor which influence
students academic achievement and attitude towards chemistry.
33
Method of Teaching and Students’ Achievement and Attitudes in
Chemistry
In classroom environment, there is every need to vary instructional
method in different classroom situation to ensure overall effectiveness. Ani
(2001), grouped the various method of teaching science into three vises:
practically-base teaching method (laboratory, demonstration, inquiry, and
investigation methods etc) theoretically-base method (lecture, executions
and seminar method etc) method that are combination of activities and
theory include (field trips, play activities method etc). Some research
findings are in favor of the laboratory method of teaching, while others are
in favor of other method in terms of enhancing students achievements in
chemistry (Ugwu 2004). But Ani (2001), reported that no one method can be
regarded as the best for every teaching situation. Okorie (1976), suggested
that a combination of teaching method should be adopted for teaching
chemistry. According to Okorie a carefully designated teaching method can
work wonders in making learning effective.
34
Student/Students Interaction and Students’ Achievement and Attitudes
in Chemistry
In classroom environment, a number of intimate groups are formed
with their norms, values and belief system. This may create control problem
in the classroom. Okonkwo & Ozurumba (1989), observed that peer
influence has tremendous impart on classroom behaviours. This is because
peers help to set on patterns of interaction among members. They further
stated that students` inability to identify with the norms of their group may
cause frustration, and low self confidence and self actualization. Rejection
by peer group may lead to all kinds of behaviour problem and motivation to
persist in the face of a tough academic obstacle. Ogu (1995), Schmuck and
Schmuck (1992), observed that students tend to be mischievous,
disobedience, smoking drinking, truancy, unpunctual, examination
malpractice, cultism etc as a result of different perception pattern of
interaction among students. Onyechi and Okere (2007), observed that over
dependence of the adolescents on peer group has been linked to poor
performance in school examination which leads to increasing rate of failure
among adolescent in secondary schools. Akubue (1991), observed that when
pupils come into contact with others in the classroom, there is bound to be
patterns of social interaction in which children depend on others or becomes
influential over others. In general, they act not only as individual but also as
35
members of a group. To varying degree, the behaviour of one individual in a
class affects the behaviour of other individual in that class which they
consistently associate. This sub group can become powerful shapers of
behaviour for their members. Moos (1979), reported that those whose social
environment was affiliation oriented were characterized by more students
initiation and participation and interaction between students than was the
case for control classrooms. Schmuck and Schmuck (1992), maintained that
a students perceived socio-metric position within the classroom peer group
has definite implication for the accomplishment of the students academic
work. They opined that for many students being attractive to peer can be a
very variable within the matrix of forces facilitating or inhibiting
achievement. Students who receive unfavorable and negative feed back from
their peer are put in threatening environment for many hours each day. Thus,
affect self-actualization and academic achievement.
Theoretical Frame work
Behavioural change a product of interaction of forces in an environment
Anderson (1982), refers classroom environment as the inter-personal
relationship among pupils, relationship between pupils and their teacher,
36
relationship between pupils and the subject matter studied and the method of
learning. This shows that learning involves the environment and every thing
within the environment. This agrees with Lewin’s field theory of learning
which states that every one lives in a “live space” which is subject to
different kinds of stimuli from within the individual and also from the
individual’s immediate environment. All these have effects on the
individual’s behaviour. Behaviour is therefore, a product of the interaction
of these forces in the environment. A change in the behaviour of the
individual occurs as a result of a change in the environment. As a matter of
fact, these ideas show that students’ perceptions of classroom environment
have influence on students’ learning. Since a change in behaviour of an
individual occurs as a result of interaction of forces in an environment, it
implies that students’ perception of classroom environment influences
students’ achievement and attitudes towards school subjects.
In alliance with the above is social learning theory which views
learning in terms of the learning’s cultures and environment of the learner
which is relevant in his learning activities. The social learning theory holds
that new behaviour patterns can be acquired either by direct experience or by
observations. This supports the idea that environment influences learning. In
37
addition, Mgbodile (2005), stated that learning has been known to be
influenced by the type of environment in which an individual learns.
Fraser (1986), reported that task oriented and structured classes have
improved students abilities and makes students creative.
Getzels and Thelen (1960), presented a frame work for the analysis of
a school classroom as unique social system, suggesting that classroom
environment, personality needs and role expectation interact as well as
predict group behaviour including class learning. Based on these theoretical
frame work, Moos (1979), Walberg (1979), Fraser (1982a), went into work
on the assessment and investigation of students perception of psychosocial
aspects of their classroom learning environment, which involves science
classes specifically. These reviews show that the most frequently used
classroom environment instruments have been the Learning Environment
Inventory (Fraser, 1982), the Classroom Environment Scale (Fishers and
Fraser, 1983b) and the Individualized Classroom Environment
Questionnaire (Fraser, 1987). These instruments can be used to tap
perceptions of either actual or preferred classroom climate among either
students or teachers.
38
Review of Empirical Studies:
Students’ Perceptions of Classroom Environment as factor of academic
Achievement.
A large number of related empirical studies have been conducted on
classroom environment. For instance, Fraser (1979, 1982) and Anderson et
al (1969), in their studies using the Individualized Classroom Environment
Questionnaire (ICEQ) scale on a sample of 116 grades 8 and 9 classes in
thirty three schools in Tasmania; Australian science education project,
revealed that there were difference between alternative curricula in terms of
classroom climate while cognitive outcome measures showed no differences.
However, Fraser and fisher (1983), carried out studies which involved
compares of students and teachers perceptions of actual and preferred
classroom environment; they found out that students preferred a more
favourable classroom environment than the one that was actually present.
Again that teacher perceived the classroom environment more favorably
than their students in the same classroom. These findings show that students’
perceptions of the classroom environment differ from those of the teachers
highlights the merit of teachers collecting perception data from the students.
Fraser (1980), provided much consistent evidence that students perceptions
39
of classroom environment is linked with students’ attitudes and their
outcome. Again, Anderson and Walberg (1967), investigation on the
relationship between emotional climate and learning. They studied twelfth
grade classes and found that classes where high gains in science
understanding occurred were perceived by students as being well organized
and controlled by the teacher yet allowed freedom to question and learning
in a relatively informal atmosphere. In addition, Haertel, Walberg and
Haertel W. (1981), in a comprehensive meta-analysis found that students’
learning was consistently related negatively to friction and disorganization.
The study involved 734 correlations of 10 data sets from a collection of 12
studies of 10 data sets from 823 classes in eight subject areas containing
17,805 students in four nations. The implication from this research is that
students’ attitude might be improved by creating classroom environments
found empirically to be conducive to learning. Schmuck and Schmuck
(1992), observed that students perceived socio-metric position within the
classroom peer group has definite implications for the accomplishment of
the student academic work. Also that many students being attractive to peers
can be a very important variables with the matrix of forces facilitating or
inhibiting attitudes to science and their achievements. Students who receive
unfavorable and negative feedback from their peers are put in a threatening
40
environment for many hours each day. A lack of peer acceptance under
mines student self actualization and hinders his/her motivation to persist in
the face of tough academic obstacles. They maintained that the feelings of
inter-personal support and help fullness along with actual interdependent
with others could enhance a student’s attitude, efforts and subsequent
academic performance. Furthermore, Rutter et al (1979), carried out
assessment of classroom environment to conceptualizing, assessing and
investigation what happens to students during their school. In the study, he
observed that students spend up to 15,000 hours at school by the end of
senior high school. It shows that students certainly have a stake in what
happens to them at school and their reaction to and perceptions of social and
psychological assets of the learning environment of school science
classroom are important. In a research conducted by Fraser (1981c) &
Lawrenz (1977), to compare the perception of actual and they preferred
learning environment in Chemistry and Biology, the result showed that both
Chemistry and Biology students perceived that they would like to have a
more positive learning environment that will be more goal oriented,
competitive, more organized and less difficulty. In view of the above
information, this study is to find out if students’ perception of classroom
41
environment is a factor of attitude to learning of chemistry in our senior
secondary schools.
Students’ Perceptions of Classroom Environment as a factor of attitude
to learning.
Klofer (1971), examined relationship between classroom environment
to attitude towards science and achievement in science using Test of Science
Related Scale (TOSRA) based on the sample of 1,337 science students in
grade 7-10 from eleven different schools in Sydney, Australia. The result
measure (H-1) distinction between attitude to science and scientist, (H-2)
attitude to inquiry, (H-3) adoption of scientific attitude such as curiosity and
open mindedness (H-4) enjoyment of science learning experience, (H-5)
interest in science apart from learning experience (H-6) and interest in a
career in science. The result showed an appreciation that (1) scientists are
normal people rather than the eccentrics often depict in the mass media. (11)
Students’ attitude towards scientific experimentation and inquiry is a way of
obtaining information about the natural world. It shows science attitude as
open mindedness, willingness to revise opinion etc. this is used in assessing
the progress of individual students and for examining the performance of
groups or class of students or as pre-test and a post-test about changes in
42
attitude. In addition, Thomas and Donald (1967), studied the attitude of 390
high school students towards mathematics, they discovered that home
attitude, success in the subjects and the teacher all play important role in
determining attitude to school subjects. Talton and Simpson (1987),
examined the relationship between classroom environment to attitude
towards science and achievement in science among tenth grade Biology
students. Attitude instrument was used to measure students’ attitudes
towards science and classroom. The test was administered 3 times during the
school year to measure six areas emotional climates of the science
classroom, science curriculum, physical environment of the science
classroom, science teacher, students in the science classroom and friends
attitude towards science. Students’ achievement in science was measured by
teacher reported semester graders. They used 1560 students and 23 tenth
grade science teachers who taught a total of 70 Biology classes in four senior
high schools were used and elected from Central North Carline by stratified
random sampling, the result indicates that: 56 to 61% of the variance in
attitude towards science was explained by students’ attitudes towards the
class environment. Students’ attitudes towards the classroom environment
accounted between 5-14% of the variance in achievement in science.
Students’ attitude towards science and attitudes towards the classroom
43
environment explain between 16 and 18% of the variance in achievement in
science.
Lawrenz (1977), in his study indicated that the perceived classroom
environment varies with science taught. Investigating how well Biology,
Chemistry and Physics students’ attitudes towards science can predicted
from their perception of classroom learning environment, found that students
attitude towards science correlate to students perception of score on science
attitude inventory. The perceived learning environment appears higher and
correlate to science attitude in Chemistry and Biology than in Physics. The
above studies indicate that students attitude to learning varies with the
science subject taught. Chemistry as a science subject is not ruled out. This
implies that students’ attitudes towards chemistry can be predicted from
students perception of classroom learning environment which can influence
their achievement in chemistry. Therefore in this work, it will be found out if
student’s perception of classroom environment influences their achievement
and attitude towards chemistry.
44
Summary of Related Literature Review
In educational circle, classroom environment is very important. It can
be seen as the powerhouse where the success or failure of the learning
process is generated and sustained. The physical classroom environment
deals with the infrastructural facilities, material, equipment, seating
arrangement, organization and quality of light. These consist in creating a
conducive classroom environment. These can be classified into different
conditions such as psychological and psychosocial conditions, different
perceptions of these by students influence their achievements and attitudes
in science including chemistry. Hence a large number of past studies provide
much consistent evidence that classroom environment is linked with students
outcome. However, in contrary to the above, empirical studies Anderson et
al (1969), and Fraser (1979, 1982), revealed that there were differences
between alternative curricula in terms of classroom climate, while cognitive
outcome measures show no differences. Teachers` quality deals with the
teachers’ qualification, type of leadership, effectiveness, communication
skills etc, this can be assets and liability to classroom discipline. It was
observed that students learn more from the instructor they perceive as
credible as will as those they like rather than from those they dislike. The
meaning is that teachers’ competency might be a factor which influences
45
students’ academic achievements and attitude towards chemistry.
Student/students interaction has been observed to have tremendous impact in
classroom behaviours. Peers influence help to set on pattern of interaction
among members. Inability of the students to identify with the norms of their
group may lead to low self confidence and self actualization in the face of
tough academic obstacles. It was observed that students perceptions on
learning materials that are attractive, accessible and easily used influence
students` overall feelings towards the classroom and their own capacity for
learning. In addition, the methods the teacher use go a long way in creating
conducive classroom learning environment. Empirical evidence shows, that
these classroom environment variables are related to students’ achievements
in and attitude towards learning. Hence, this study is to find out if the above
mentioned classroom environment variables have influence on students
achievement and attitude towards learning.
46
CHAPTER THREE
RESEARCH METHOD
This chapter deals with procedures the researcher used in the study. It
includes the research design, area of the study, population of the study,
sample and sampling techniques, instruments for data collection, validation
of instruments and method of data analyses.
Design of the Study
This study is an ex-post facto research. According to Kerlinger (1979), an
ex-post facto research design is used when the researcher has no direct
control over the independent variables and therefore cannot manipulate
them. For the purpose of this study, the independent variable is the students’
perceptions of classroom environment, while the dependent variables are
students’ achievement in and attitude towards chemistry.
Area of the Study
This study is conducted within Obollo Education Zone of Enugu
State. This Zone consisted of Udenu, Igboeze North and Igboeze South
Local Government Area. The researcher chose Obollo Education Zone out
of the six Education Zone in Enugu State because the researcher have been a
47
Chemistry teacher in this Education Zone for quit a long time and is familiar
with some of the problems chemistry students encounter in this Education
Zone.
Population of the Study
The population of the study was all the SSII Chemistry students of
secondary schools in Obollo Education Zone of Enugu State. There were 56
senior secondary schools in Obollo Education Zone. The SSII were selected
for the reason that they have sufficiently experienced enough chemistry
classroom environment variables. The choice is to maintain homogeneity
without biased mind.
Sample and Sampling Techniques
The sample for the study consists of 496 SSII students who registered
for Chemistry as one of the science subjects. Purposive sampling technique
was used to select 25 senior secondary schools that have chemistry teachers
for the year 2009/2010 session in Obollo Education Zone of Enugu State.
Instrument for Data Collection
The following instruments were used in the collection of data for the
study.
Students’ perceptions of Chemistry Classroom Environment Questionnaire
(SPCCEQ)
48
Chemistry Students’ Attitude Scale (CSAS) And
A Checklist: For tabulating Students’ Achievement Scores in chemistry for
three terms.
The Students’ perceptions of Chemistry Classroom Environment
Questionnaire (SPCCEQ), was developed by the researcher to find out
students’ perceptions of the Chemistry Classroom Environment. This
instrument contains 24 items which measures the following components of
the classroom variables such as the Nature of classroom environment,
Instructural materials/equipment, Chemistry Teachers’ quality, Method of
teaching and Student/students interaction. The questionnaire is a four point
Likert-type scale with alternatives of strongly Agree, Agree, Disagree, and
strongly Disagree. Checklist: This was used for tabulating Students’
Achievement in Chemistry using three terms grades for the year under study.
This was collected from the Dean of studies to measure students’
achievement in Chemistry classroom setting.
The Chemistry Students` Attitude Scale (CSAS) instrument is a four point
Likert-type questionnaire with 25 items designed by the researcher which
was to measure students’ attitudes towards Chemistry.
49
Validation of Instrument
The Students` Perceptions of Chemistry Classroom Environment
Questionnaire (SPCCEQ) and Chemistry Students` Attitude Scale (CSAS)
were face validated to determine adequacy, appropriateness and for their
proper wordings. This was done by presenting them to experts in science
education department and experts in measurement and evaluation for proper
validation. While check list was not subjected to further validation, since it
was copied direct from dean of studies record.
Reliability of Instrument
To test for the reliability of the instruments, the students’ perceptions
of Chemistry Classroom Environment Questionnaire (SPCCEQ) and
Chemistry Students` Attitude Scale (CSAS) were both administered to 30
SS2 chemistry students selected from three schools out side the main schools
used for the study. The results obtained after trial testing were subjected to
test of internal consistency using Cronbach Alpha procedure to measure
their reliability before they were used for the study. The tests yielded a
coefficient of 0.92, for (SPCCEQ) while 0.90 is for (CSAS) indicating that
instruments were quite reliable for the study.
50
Technique for Data Collection
Data were collected from the students after administering the
Students’ Perceptions Chemistry Classroom Environment Questionnaires
(SPCCEQ), which the researcher administered to the students after obtaining
permission from the principal of the school. The result was used to
determine students` perceptions of Chemistry Classroom Environment. Data
on students’ Attitudes to Chemistry Classroom Environment were obtained
by administering the Chemistry Students attitude Scale (CSAS). This was
collected form students on completion by the researcher. Also data were
obtained from the results of chemistry students’ three terms grades copied
from the Dean of studies; this was used to determine students’ achievement
in chemistry.
Method of Data Analyses
Frequency and percentage were used to classified Students` perceptions
scores of their chemistry classroom environment into those with negative
perception (0-49), moderately positive perception (50-69) and positive
perception (70- and above). In order to answer the research questions, mean
scores and standard deviation scores were used to analyze their achievement
and attitudes in chemistry. While one- way Analysis of Variance (ANOVA)
was used to test for the hypotheses to determine the significance of the
51
differences between the mean scores of students` with different levels of
perceptions of their classroom environment.
52
CHAPTER FOUR
PRESENTATION AND ANALYSES OF DATA
This chapter presents the data analyses of the study. The results were
presented according to the research questions and hypothesis formulated to
guide the study.
Research Question 1
What is the students’ level of perceptions of their chemistry classroom
environment?
Table: 1 Distribution of students by levels of perceptions of their chemistry
classroom environment.
levels of perceptions Frequency percentage
Negative perception (0-49) 109 21.98
Moderately positive perception (50-69) 369 74.40
Positive perception (70 and above) 18 3.63
Total 496 100.0
The result on Table 1 shows proportion of students by their levels of
perceptions of their chemistry classroom environment. The Table shows that
21.98% of the students have negative perception of their chemistry
classroom environment. While 74.40% have moderately positive perception
53
of their chemistry classroom environment and only 3.63% of the students
have positive perception of their chemistry classroom environment. The
table shows that majority of the students have negative perceptions of their
chemistry classroom environment. It is only on the basis of this
categorization of students by their levels of perceptions of the chemistry
classroom environment that the researcher indicates that majority of the
students have negative perceptions of their chemistry classroom
environment.
Research Question 2
What is the achievement mean scores of students who have negative,
moderate positive and positive perception of their chemistry classroom
environment
2: Students’ achievement mean scores and standard deviation in
chemistry by their levels of perceptions of chemistry classroom
environment.
Students’ levels of perceptions N Mean Std. deviation (SD)
Negative perception 109 58.17 15.71
Moderately positive perception 369 58.28 16.63
Positive perception 18 58.50 10.62
Total 496 58.32 10.16
54
The result shows achievement mean score of 58.17 and standard
deviation score of 15.71 for the group of students that have negative
perception of their chemistry classroom environment. Also the data shows
achievement mean score of 58.28 and standard deviation score of 16.63 for
the group of students that have moderate positive perception of their
chemistry classroom environment, while achievement mean score of 58.50
and standard deviation score of 10.62 for the group of students that have
positive perception of their chemistry classroom environment. This shows
that there is no significant influence among the students` achievement mean
scores in chemistry.
Research Question 3
What is the attitude mean scores of students who have negative,
moderate positive and positive perceptions of their chemistry classroom
environment?
Table 3: Students’ attitudes mean scores and standard deviation scores by
their levels of perceptions of chemistry classroom environment.
Students` levels of perceptions N Mean Standard deviation (SD)
Negative perception 109 57.33 9.71
Moderately positive perception 369 60.62 7.49
Positive perception 18 72.89 9.44
Total 496 60.36 8.55
55
The result on table 3 shows student’s attitude mean score and standard
deviation score by their levels of perceptions of chemistry classroom
environment. The table shows attitude mean score of 57.33 and standard
deviation of 9.71 for the group of students that have negative perception of
chemistry classroom environment, while attitude mean score of 60.62 and
standard deviation of 7.49 for the group of students that have moderately
positive perception of their chemistry classroom environment and attitude
mean score of 72.89 and standard deviation of 9.44 for the group of students
that have positive perception of their chemistry classroom environment. The
table shows that there is significant influence among the students attitude
mean scores in chemistry
56
Hypothesis 1
The students’ perception of chemistry classroom environment has no
significant influence on their achievement mean scores in chemistry.
Table 4: Analysis of variance (ANOVA) comparing students’ levels of
perceptions of chemistry classroom environment and their achievement
mean scores.
Sum of square df Mean
squares
F Sig of F decision
Between groups 1.703 2 .852 .003 .997 NS
Within groups 130364.746 493 264.432
Total 130366.450 495
Table 4: The result shows that the calculated F value is 0.003 at 2 degree of
freedom, while F critical is 4.66. This means that at 5% level of significance
and 2 degree of freedom, the calculated F value is less than the table of f
critical value. Therefore the null hypothesis is upheld. There is no significant
influence among the achievement mean scores of students of different levels
of perceptions of their chemistry classroom environment. It can therefore, be
concluded that students’ achievement in chemistry do not depend on
students perceptions of their chemistry classroom environment.
57
Hypothesis 2
The students’ perception of chemistry classroom environment has no
significant influence on students’ attitude mean scores in chemistry.
Table 5: Analysis of variance (ANOVA) comparing students’ different level
of perceptions of chemistry classroom environment and their attitude mean
scores.
Sum of squares df Mean
squares
F Sig of F decision
Between groups 2870.988 2 1435.494 21.866 .000
Within groups 32365.494 493 65.650 S
Total 35236.482 495
The result shows, that the calculated F value is 21.87 at 2 degree of
freedom, while the F critical value is 4.66. This implies that at 5% level of
significance and 2 degree of freedom, the calculated F value is greater than F
critical value.
Therefore, the null hypothesis is rejected. This shows that there is
significant influence on the student’s attitude mean scores of their different
levels of perceptions of their chemistry classroom environment. This implies
that students attitude towards chemistry is influenced by their levels of
perceptions of their chemistry classroom environment.
58
Scheffe’s Test
The students’ perception of their chemistry classroom environment
has statistical influence on student’s attitudes towards chemistry.
Table 6: Scheffe’s Test stepwise comparing the 3 groups of different levels
of perceptions.
Post Hoc Tests
Scheffe (I) Attitude (J) Attitude Mean difference
(I-J)
Std. Error Sig
Negative perception Moderately positive perception -3.20129*
.88389 .002
Positive perception -15.46687*
2.06282 .000
Moderately positive perception Negative perception 3.20129*
.88389 .002
Positive perception -12.26558*
1.95711 .000
Positive perception Negative perception 15.46687*
2.06282 .000
Moderately positive perception 12.26558*
1.95711 .000
The mean difference is significant at the 0.05 level.
Table 6 shows Scheffe`s Test stepwise comparing the 3 groups of different
levels of perceptions of chemistry classroom environment. The table shows
that moderately positive perceptions and positive perceptions are statistically
significant, negative perceptions and positive perceptions are statistically
significant, and the negative perceptions and moderately positive perceptions
are significant. This shows that the 3 groups are homogenous Subsets. Each
of the group’s mean difference is statistically significant at the 0.05 level.
59
CHAPTER FIVE
DISCUSSION, CONCLUSION, AND SUMMARY
This chapter discussed the results, conclusion, implication,
recommendations as well as suggestions for further studies. The presentation
is made in the other of research questions and hypotheses.
Discussion of the results
The results are discussed according to the formulated research
questions and the hypotheses that guided the study.
Table 1: Result from table 1 shows that greater number of students’ have
negative perception of chemistry classroom environment, meaning that
chemistry classroom environment is not all that conducive for teaching and
learning of chemistry in senior secondary schools. The implication is that
few students offer chemistry. This might be the reason while Mgbodile
(2005), stated that classroom environment should have the ability to create a
conducive, congenial, peaceful climate that allows meaningful learning in
the absence of fear, stress and tension in which the teacher and the students
will be happy to stay and work. However, table 2 shows that students’
60
perceptions of chemistry classroom environment do not have significant
influence on students’ achievement in chemistry. This is in support with
Fraser (1979, 1982) project, which revealed that there were differences
between alternative curriculums in terms of classroom deviant, while
cognitive out come measures show no differences. But this is not in support
with Appleby (1990), who observed that in un conducive type of
environment, students distract, disrupt and interfere with teaching and
learning. Also, it is not in support with Nwosu (1997), and Okobia (1992),
who observed that un conducive environment, leads students to sleeping in
class, calling teacher provocative nicknames, walking out on the teacher,
vandalism, smoking and mischief. This is because this type of classroom
environment thwarts teaching and learning. The result also differs from the
findings of Heartel W. (1981), who found that students’ learning was
consistently related negatively to friction and disorganization. More, so the
result on table 3 shows that student’s perceptions of chemistry classroom
environment have significant influence on students` attitude towards
chemistry. The data is in support with Fraser (1980), who provided much
evidence that students’ perception of classroom environment is linked with
student’s attitude towards teaching and learning. Also in support with
Lawrenz (1977), who indicates that the perceived learning environment
61
appears higher and correlates to science attitude in Chemistry and Biology
than in Physics.
This result is in harmony with Gardner (1975), Ormerod and
Duckworth (1975), Munby (1980), Shrigley (1983) and Schibeci (1984),
who all opined that development and promotion of science education
promotes positive attitude to science and scientific enterprise.
Table 6, Scheffe test. The result shows that the 3 groups of students of
different levels of perception of chemistry classroom environment when
compared with each other is significant at 0.05 level. The implication of this
research is that students attitude to science might be improved by creating
classroom environment found empirically to be conducive to learning
Heartel, Walberge and Haertel W (1981).
Conclusion/Summary
The research work has been an effort to find out the influence of
student’s perceptions of Chemistry Classroom Environment on their
achievement and attitudes towards Chemistry. In the study, SSII senior
secondary school students in Obollo Education Zone were used. From the
data collected and analyzed, including the subsequent discussion on the
findings, it has been observed that students have different perceptions of
62
Chemistry Classroom Environment, majority of the students’ have negative
perceptions of Chemistry classroom environment, while very few students
perceive Chemistry classroom environment to be positive. The result shows
that the chemistry classroom environment is not conducive and favourable
for teaching and learning of chemistry in senior secondary schools. This
implies that chemistry classroom environment in senior secondary schools
do not have the ability to create a conducive, congenial and peaceful climate
that allows meaningful teaching and learning of chemistry. Therefore, the
researcher’s conclusion was on the bases of the findings and the discussions
above. That student’s perception of Chemistry Classroom Environment
correlates with students’ attitudes. This, have significant influence on
students attitudes in Chemistry but do not have significant influence on
students’ achievement in Chemistry. Thus that Chemistry Classroom
Environment should be improved. This will go a long way to create a
congenial, peaceful Classroom Environment that is conducive and
favourable for teaching and learning of Chemistry, which will promote
positive influence on students’ attitude to Chemistry.
63
Implication of the Findings
The student’s perception of Chemistry classroom environment has
significant influence on Student’s attitudes to chemistry. The implication is
that students are likely to develop emotional stress since the classroom
environment do not create a conducive, congenial and peaceful climate that
allows meaningful learning. This means that the students will live in fear,
stress and tension which may lead them not to be happy to work hard. The
students may deviate from the norms of the school and the society at large
which hinders both students and teacher’s effectiveness. Thus, this may lead
to poor or negative attitude to teaching and learning of chemistry which will
lead to poor academic achievement in chemistry.
Recommendations
1. Appropriate and functional materials and equipment should be
introduced into senior secondary school laboratories by our
philanthropist, government and ministry of education to make
chemistry education more practical and conducive.
2. Adequate laboratory technicians and chemistry teachers should be
employed into secondary schools by the government to reduce role
64
conflict and role overload among our chemistry teachers. To promote
positive attitude and effective teaching and learning of chemistry.
3. Teachers, principals and laboratory technicians should play their roles
to motivate students to have peaceful congenial environment which
promote positive perception and attitude towards chemistry.
4. Principals and teachers should organize science clubs, seminars and
Quiz to help widen the mind of students in science.
Limitation of the Study
This work was carried out in a rural area. The result of the study may
be different when it is done in an urban area. So location may be one of the
hitches to the study.
Again, lack of time and money are other problems encountered in the
course of this study because they make it difficult for the researcher to cover
a wide area and to involve more schools.
Suggestions for Further Studies
1. A similar study should be conducted using other classes or different
levels of education like tertiary institution.
65
2. A similar study should be conducted using private schools as school
type, special science schools urban schools and educational
disadvantaged schools location.
66
REFERENCES
Abdulkadir, H.S. (1996), Strategies for improving the Efficiency of
technology teachers in Jigawa. An unpublished M.Ed thesis.
University of Nigeria Nsukka.
Abrabam, M.R., Renner, J.W., Grant, R.M. & Westlerook, S.L., (1982).
Priorities for research in science education. A Survey Journal of
Research in Science Teaching, 19,(8) 697-704.
Ali, A. (1998). Strategic Issues and Trends in Science Education in Africa.
Abuja cape: publishes` international Ltd.
Ali, A. (1986). A hand book of Science methods for secondary school
teacher’s unpublished mimeograph.
Anih, H.U. (2001). Evaluation of Gifted Education practices in Nigeria. A
case study of Suleja Academy. Unpublished PhD Thesis University of
Nigeria Nsukka.
Akinyele, B.A. (1997). Why our students fail the practical chemistry
examination (Volumetric Analysis) at the ordinary level. Journal of
Science Teachers Association of Nigeria, 25(1) 33-34.
Akubue, A.U. (1991). Classroom organization and management: 5-points
strategy. Ibadan: Wisdom publishers.
Anderson, G.J., Walberg, H.J. & Welchi, W.W. (1969). Curriculum Effects
on the social climate of learning. A New Representation of
Discriminate Functions. America Educational Journal, 6 (3)315-328.
Appleby, D. (1990). Faculty and students` perception of irritating behaviours
in the college classroom. Journal of staff program and organization
development 841-845.
Azeke, T.O. (1987). Beyond current practices, improvisation in schools.
Journal of Science Teachers Association of Nigeria, 25 (1) 32.
67
Balogun, T.A. (1985). Interest in Science and Technology Education in
Nigeria. Journal of Science Teachers Association of Nigeria, 23 (1 &
3) 90-94.
Bloom, B.S., Madaus, G.F., & Hastings, J. T. (1981). Evaluation to improve
learning. New :York. McGraw Hill Book Company.
Brunner, J. (1960). The process of education. New York: Vintage book.
Calsmith, O. (1973). Subject choice among secondary school boys and girls.
Education Research 16 (1) 53-58.
Cooper, P.J. & Simonds, C. (1999). Communication for the classroom
teachers. Boston: Allyn Bacon.
Eggen, P., Kauchak. D. and Jacobson D. 3rd
(ed) (1981). Methods of
teaching: A skill Approach. London: Merril publishers’ co.
Ezeliora, B. (1995). Effect of learning material on students` achievement and
retention in Chemistry, Unpublished PhD Thesis University of Nigeria
Nsukka
Fisher, D. L. & Fraser, B.J. (1983b). Validity and use of classroom
environment scale. Education and Policy Analysis, 5,361-271.
Fraser, B.J. (1982). Development of short forms of several classroom
environment scale. Journal of education measurement, 19 (3) 221-
227.
Fraser, B.J. (1979). Evaluation of a science based curriculum. In Walberg
(ed) Education Environment and effects: evaluation policy and
productivity. Calif McGraham. 218-234.
Fraser, B.J. (1986B). Two Decades of research on perceptions of classroom
environment. In B.J. Fraser (ed). The study of learning environments.
Assessment research.
Fraser, B.J., Anderson, G.J. & Walberg, H.J. (1982). Assessment of learning
Environment, Manual for learning Environment Inventory (LEI) and
68
my class inventory (M.C.I.) Perth: western Australian institute of
Technology.
Fraser, B.J. & Fisher, D.L. (1983a), A comparison of Actual and preferred
classroom Environment as perceived by science teachers and students.
Journal of Research in Science Teaching 20 (1) 55-61.
Fraser, B.J. (1978). Development of a Test of Science Related Attitudes.
Science Education, 62,509-515.
Fraser, B.J. (1981a). Learning Environment in curriculum Evaluation. A
review in Education series. Oxford: Bergamo.
Fraser, B.J. (1986a). Classroom Environment. London: Croon Helm.
Fraser, B.J. (1987). Individualized Classroom Environment Questionnaire.
Melboume, Australian council for educational research.
Fraser, B.J. (1981c). Using environment association to make better
classrooms. Journal of curriculum studies, 13 (2) 131-144.
Frymier, A.B. (1994). The use of affinity seeking in producing liking and
learning in the classroom. Journal of applied communication
research, 22,87-105.
Gardner, P.L. (1975). Attitude to science. A review Studies in education 21-
24.
Getzels, J.N. & Thelen, H.A. (1960). The classroom as unique social system.
In Nelson, B.N. & Margenau, H.(1952). The nature of physical
reality. National Society for the study of education. New York
McGraw Hill. 275-390.
Giddings, G.& Fraser, B.J. (1988). Assessment of students leaning in
science education.
69
Haertel, G.D., Walberg, H.J. & Harertel, E.H. (1981). Socio Psychological
environments and learning. A quantitative synthesis. British
educational research journal, 727.36.
Hornby, A.S. (8th ed), Oxford Advanced Learners` Dictionary of Current
English. 389.
Ifeakor, A.C. (2005). Influence of the production and utilization of
instructional materials on secondary school students attitude to
chemistry. Curriculum and media technology research. Journal of
CUDIMAC, Faculty of Education University of Nigeria Nsukka,
1,206-265.
Ingrid, G. (1988). Girls and Women in science and technology education.
Unesco (11) 47-51.
Kerlinger, F.N. (3rd
ed) (1979). Foundations of behavioural research. New
York:.
Klopfer, I.E. (1971). Evaluation of learning in science. In B.S. Bloom,
Hastings, J.T. & Madaus (ed) Hand book on summative education of
students learning. New York: McGraw, Hill 559-641.
Lassa P.N. (1992). Conducive classroom environment for science.
Technology and mathematics education. A key note address at the 23rd
Annual conference of Science Teachers Association of Nigeria Enugu
7.22.
Lanier, J.& Little, J. (1986). Research on teacher education. In Wittrock,
M.C. Handbook of research on teaching. New York : Macmillan 527-
569.
Lawrenz, F.P. (1977). The stability of students perception of classroom
learning environment in biology, chemistry and physics courses.
Journal of research in science technology 13. 315-323.
Maduabum, M., A.(1989). Teaching integrated science effectively. Nigeria
space matrix publication. Onitsha: Nigeria
70
McGroskey, J. & Richmond, V.P. (1992). Increasing teacher influence
through immediacy. In V.P. Richmond, & J. McGroskey (ed). Power
in the classroom communication, control and concern 45, 200-211.
Mgbodile, T.O. (2005), managing the school climate for effective
curriculum implementation. Curriculum and media technology
research. Journal of CUDIMAC, Faculty of education Nsukka UNN
printing press 1, 406.
Moos R.H. (1979). Evaluating educational environments, procedures,
measures, findings and policy implementations. San Francisco:
Jossey-bass.
Moos, R.H. & Trickett, E.J. (1987). Classroom Environment Scale manual
(2nd
ed) Palo Alto Calfornia consulting psychologist press.
Munby, H. (1980). An evaluation of instruments which measures attitudes to
science. In C. McFadden (ed). World trends in science education.
Halifax: Atlantic institutes of education 266-275.
Nussbaum, K.F. (1992). Effective teacher behaviour. Communication
education. Unpublished Journal 41,167-180.
Nwosu, B.M. (1997). Deviant behaviour in Nigeria secondary school.
Implication for counselling and communication 1,118-124.
Onyechi, K.C. & Okere, A.U. (2007). Deviant behaviour as correlate of
academic achievement among secondary school adolescents. In
Nworgu B.G. (2007). Optimization of service delivery in the
education sector. Issue and strategies Nsukka: University trust
publishers 1,105.
Osarenren, N.A. (1999). Relationship between maladjustment problems and
academic achievements among urban and rural adolescents. The
counsellor, 17,81-87.
71
Onainor, U.F. & Obiora, P.C. (2001). A Comparative study on the
performance of male and female students on chemistry in Anambra
state from 1994-1998. Unpublished Degree Thesis UNN.
Ogu, M.A. (1995). Relationship between classroom environment and
student’s academic achievement in senior secondary school physics.
Unpublished M,ED Thesis University of Nigeria Nsukka:.
Ogbuanya, T.C. (1990). Factors militating against the effective teaching of
introductory technology Unpublished B.ED Degree Thesis. University
of Nigeria, Nsukka:
Ogbuanya T.C. (1996). In service training needs of introductory technology
teachers in Enugu state. An Unpublished M.ED Thesis. University of
Nigeria, Nsukka.
Onyedeji, (1986). Teaching for Innovation. Ibadan: Lade Oye publishers.
Okorie, J.U. (1979). Fundamental of Teaching Practice. Enugu: Fourth
Dimension Publishers ch 9.
Okobia, O.G. (1992). Behaviour disorder. In Nwaogu P.O. Special
Education: An introduction. Asaba: precision publishers.
Ormerod, M.B. & Duckworth, D (1975). Pupils Attitude to Science. A
Review of Research. Windsor:NFER publisher co.
Oxenhome, J.M. (1992). Teaching Science to Underachievers in Secondary
Schools. New York: Globe Book Company.
Okonkwo, C.E. & Ozurumba N.M. (1989). Fundamental concept in
education. Owerri : Totan Publishers Limited.
Rutter, M., Maughan, B., Mortimore, P., Ouston J., & Smith, A. (1979).
Fifteen thousand hours in secondary schools and their effect on
children. London: Open Books.
72
Rinehart, H. & Winston (1965). Psychology for Effective Teaching. New
York: San Francisco London.
Schmuck, R.A. & Schmuck, P.A. (1992). Group processes in the classroom.
London: W.M.C. Brown publishers.
Shrigley, R.L. (1983). The attitude concept and science teaching. Science
Education. 67(4)425-442.
Schibeci, R.A. (1984). Attitude to Science. An update studies in Science
Education. 11,26-59.
Skinner, B.F. (1963). The technology of teaching. New Jersey: Prentice
Hall.
Pritchard, E. (1960). Attitude of children and adolescents in schools
educational research. 111 No 1. 714-720.
Talton, E.L. and Simpson, R.D. (1987). Relationship of attitude toward
classroom environment and attitude towards achievement in science
among tenth grade biology students. Journal of research in science
teaching 24 (6) 507-526.
Thomas poffenger and Donald Norton (1967), psychology in Education
MCGraw Hill comp.NewYork: 183.
Ugwuanyi, J.U. (1998). Effect of guided discovery and expository teaching
methods on students` achievement in physics in selected secondary
schools in Nsukka. Nigeria Journal of technical education 15 (1) 167-
172.
Ukeje, B.O. (1984). Foundation of education. Benin City: Ethope Publishing
corp.
Umeano, E.C. (2007). Perceived Lectures pedagogical communication and
students classroom incivility. Enhancing service delivery at the
tertiary education. In Nworgu B.G. (ed) (2007). Optimization of
service delivery in the education sector issues and strategies. Nsukka
university trust publishers 1, 198-206.
73
Ugwu, O.J. (2004). Effect of practical activities on achievement in chemistry
among senior secondary school students in Enugu state. Unpublished
M.ED Thesis. University of Nigeria Nsukka.
WAEC Annual Report (2005, 2006, 2007).
74
APPENDIX 1A
QUESTIONNAIRE FOR SS2 CHEMISTRY STUDENTS
Dear Students,
I am a post graduate student from University of Nigeria Nsukka
(UNN). I am researching to find out how students` perceptions of Chemistry
Classroom Environment influence their achievement and attitudes towards
chemistry, so that we can find ways of improving them. Kindly respond
appropriately and honestly to the questions or statements in these
instruments. Your response will be for only research use and will be in
confidence.
Thanks for your kindness
75
Personnel Information of Respondent (Students)
School _____________________________________ Class_____________
Sex: Male/Female _____________________________ Age _____________
SECTION A
Student’s Perception of Chemistry Classroom Environment
Below are statements which represent your feelings towards chemistry
classroom environment. You are please requested to tick (√) against the
options that best represents the way you feel based on the following
response options. Strongly agree, agree, disagree, and strongly disagree.
Nature of the chemistry classroom Environment SA A D SD
1 Our chemistry classroom is well designed for practical
2 Our chemistry classroom is comfortable for learning
3 Our chemistry laboratory is dull for effective learning
4 Our chemistry classroom do not have enough seats/tables
5 Our chemistry laboratory is too dark for effective
observation of experiment.
INSTRUCTIONAL MATERIALS / EQUIPMENT
6 The equipment for classroom activities are readily available
7 Materials students need for class activities are readily
available
8 Chemistry materials are not easily handled by students
9 Chemistry equipment are easily used by students for class
activities
76
10 Chemistry equipment are mostly not good
CHEMISTRY TEACHERS’ QUALITY
11 Our chemistry teacher is friendly to us
12 Our chemistry teacher uses abusive words on students
13 Our chemistry teacher shows encouragement and agreement
with students while teaching
14 Our chemistry teacher is unfriendly to students
15 Our chemistry teacher is competent in the subject matter
METHOD OF TEACHING
16 Our chemistry teacher does not allow students to ask
questions in the class.
17 We are not allow to carry out experiment in chemistry class
18 Chemistry students do not go to excursion
19 Our chemistry teacher direct students to carry out
experiment as he teaches.
20 Students some time teach them selves while our teacher
watches us.
STUDENT/STUDENTS INTERACTION
21 Chemistry students in our school hardly help one another in
the subject
22 Chemistry students quarrel a lot while in chemistry class
23 Some members of the chemistry class are harassed by other
students
24 Members of chemistry class communicate together as friends
77
SECTION 1 B
CHEMISTRY STUDENTS ATTITUDE SCALE (CSAS)
ENJOYMENT OF CHEMISTRY LESSON SA A D SD
1 Chemistry lesson bore me
2 I feel happy in chemistry class
3 I get ready early when the time for chemistry approaches
4 I feel happy in chemistry class than in any other subject class
5 Chemistry assignment is always difficult
ENJOYMENT OF CHEMISTRY LEARNING EXPERIENCE
6 Knowledge of chemistry is important for solving everyday
problem
7 I am studying chemistry because my friends are doing so
8 Chemistry is not an interesting subject
9 I will like to have more periods of chemistry than other
subjects
10 I do chemistry to satisfy my parents
ADOPTION OF CHEMISTRY ATTITUDE
11 I get worried when I remember I have chemistry lesson the
following day
12 I am studying chemistry for I have no other choice
13 I admire chemistry students more than those who study other
subjects
14 Some times I do not feel like doing chemistry assignments
78
15 I dislike reading text books on chemistry
STUDENTS’ ATTITUDE TOWARDS CHEMISTRY
EXPERIMENTATION
16 I prefer to find out why something happen by doing an
experiment than being told
17 I like to listen to people that obtain different experimental
result in other to know where I went wrong
18 Chemistry discoveries are doing more harm than good
19 I prefer to go to chemistry laboratory when I have a free
period to carry out practical
20 I dislike reading articles about chemistry.
CAREER INTEREST IN CHEMISTRY
21 Chemistry help one to discover the world around us
22 Chemistry products have affected our life adversely
23 Chemistry knowledge help one to be a scientist
24 I like to be a chemistry teacher
25 I will be happy to become a biochemist
79
APPENDIX 11
Student’s perception of chemistry classroom environment
Levels of perception Frequency Percentage
Negative perception (0-49) 109 21.98
Moderately positive perception (50-69) 369 74.40
Positive perception (70 and above) 18 3.63
Total 496 100.0
MEAN AND STANDARD DEVIATION FOR ACHIEVEMENT
N Mean Std. Deviation
Negative perception
Moderately positive perception
Positive perception
Valid N (list wise)
109
369
18
18
58.1743
58.2791
58.5000
15.7120
16.6311
10.6176
MEAN AND STANDARD DEVIATION FOR ATTITUDE
N Mean Std. Deviation
Negative perception
Moderately positive perception
Positive perception
Valid N (list wise)
109
369
18
18
57.3303
60.6206
72.8888
9.71354
7.4947
9.4364
80
ONE WAY ANOVA
Sum of square Df Mean square F
Sig
Attitude Between Groups
Within Groups
Total
2870.988
32365.494
35236.482
2
493
495
1435.494
65.650
21.866 .000
Achievement Between Groups
Within Groups
Total
1.703
130364.746
130366.450
2
493
495
.852
264.432
.003 .997
81
APPENDIX III
Post Hoc Tests
Scheffe (I) Attitude (J) Attitude Mean difference
(I-J)
Std. Error Sig
Negative perception Moderately positive perception -3.20129*
.88389 .002
Positive perception -15.46687*
2.06282 .000
Moderately positive perception Negative perception 3.20129*
.88389 .002
Positive perception -12.26558*
1.95711 .000
Positive perception Negative perception 15.46687*
2.06282 .000
Moderately positive perception 12.26558*
1.95711 .000
* The mean difference is significant at the 0.05 level.
82
APPENDIX IV
Dept. of Science Education
University of Nigeria, Nsukka
13/10/2009
Faculty of Education,
Dept. of Science Education,
University of Nigeria, Nsukka.
Dear Sir,
AN APPLICATION FOR VALIDATION OF INSTRUMENTS
I, Nwora Uzoamaka T. with Reg No. PG/M.ED/05/39770 is a post
graduate student from Dept. of Science Education University of Nigeria,
Nsukka (UNN). I humbly apply for proper validation of instruments to
determine the adequacy, appropriateness and for proper wordings for the
study.
Please, kindly attend to my request.
Thanks for your co-operation.
Yours’ faithfully,
Nwora Uzoamaka T.
84
APPENDIX IV
SECTION A
CORRECTIONS MADE ON FACE VALIDATION
Students Perception of Chemistry Classroom Environment (SPCCE)
INITIAL STATEMENT. CORRECTIONS RECOMMENDED
Physical nature of chemistry Nature of chemistry classroom
classroom environment environment
1 Our chemistry classroom is
attractive
1 Our chemistry classroom is well designed
for practical.
2 Our chemistry classroom is
comfortable
2 Our chemistry classroom is comfortable for
learning
3 Our chemistry laboratory is dull
for effective learning
3 No correction
4 Our chemistry classroom do not
have seats/ tables
4 No correction
5 Our chemistry laboratory is too
dark for effective observation of
experiment.
5 No correction
Equipment /Materials Instructional materials / equipment
6 The equipment for classroom
activities are readily available
6 No correction
7 Materials students need for class
activities are readily available
7 No correction
8 Our chemistry materials are not
Handled by students
8 Chemistry materials are not easily
handled by students
9 Our chemistry equipment are
Used by we students for class
Activities
9 Chemistry equipments are not easily used
by students for class activities.
10 Our chemistry equipment are
Not good
10 Chemistry equipments are mostly not
good
Chemistry teacher’s quality Teachers’ quality
11 Our chemistry teacher smiles and
moves round the class while
teaching
11 Our chemistry teacher is friendly to us.
12 Our chemistry teacher uses
abusive words on students
12 No correction
85
13 Our chemistry teacher shows
encouragement and agreement
with students while teaching
13 No correction
14 Our chemistry teacher is un
friendly to students
14 No correction
15 Our chemistry teacher is competent
to the knowledge of subject matter. 15 Our chemistry teacher is competent in the
subject matter.
Method of teaching
16 Our chemistry teacher does not
allow students to ask questions
16 Our chemistry teacher does not allow
students to ask questions in the class
17 We do not carry experiment in
chemistry class
17 We are not allowed to carryout
experiment in chemistry class.
18 Chemistry students do not go to
excursion
18 No correction
19 Our chemistry teacher allow we
student to carry experiment in the
class
19 Our chemistry teacher direct students to
carryout out experiment as he teach
20 We students some times teach our
selves while our teacher watches
us.
20 Students sometimes teach themselves
while our teacher watches us.
Student/students interaction
21 Students do not work co-operatively
during the class activities 21 Chemistry students in our school hardly
help one another in the subject
22 Chemistry students quarrel a lot
while in receiving chemistry lesson 22 Chemistry students quarrel a lot while in
chemistry class.
23 Some members of the chemistry
students are harassed by other
students
23 Some members of the chemistry class are
harassed by other students.
24 Members of the chemistry class
are personal friends
24 Members of chemistry class
communicate together as friends
86
SECTION B
CHEMISTRY STUDENTS ATTITUDE SCALE (CSAS)
ENJOYMENT OF CHEMISTRY LESSON
1 Chemistry lesson bore me 1 No correction
2 I feel happy in chemistry class 2 No correction
3 I feel happy when time for
chemistry approaches
3 I get ready early when the time for
chemistry approaches
4 I feel happy in chemistry class
than any other subject class
4 No correction
5 Chemistry assignment is always
difficult
5 No correction
Enjoyment of chemistry learning experience
6 Knowledge of chemistry is
important for solving everyday
problems
6 No correction
7 I am studying chemistry because
my friends are doing so
7 No correction
8 Chemistry is not an interesting
subject
8 No correction
9 I will like to have more periods of
chemistry than other subjects
9 No correction
10 I do chemistry because my
parents want me to do it.
10 I do chemistry to satisfy my parents
Adoption of chemistry attitude
11 I get worried when I remember I
have chemistry lesson the
following day
11 No correction
12 I am studying chemistry for I
have no other choice
12 No correction
13 I admire chemistry students more
than those who study other
subjects
13 No correction
14 Some times I do not feel like
doing chemistry assignments
14 No correction
15 I dislike reading text books about
chemistry
15 I dislike reading text books on
chemistry.
87
Students’ attitudes towards chemistry experimentation
16 I prefer to find out why something
happen by doing an experiment
than being told
16 No correction
17 I like to listen to people whose
opinion are different from mine
17 I like to listen to people that obtain
different experimental result in other
to know where I went wrong.
18 Chemistry discoveries are doing
more harm than good
18 No correction
19 I prefer to go to chemistry
laboratory when I have a free
period to carry out experiment
19 No correction
20 I dislike reading articles on about
chemistry
20 No correction
Interest in career in science Career interest in chemistry
21 Chemistry help one to discover the
world around us 21 No correction
22 Chemistry products have affected
our life adversely
22 No correction
23 Chemistry knowledge help one to
be a scientist
23 No correction
24 I like to be a chemistry teacher 24 No correction
25 I will be happy to become a
biochemist
25 No correction
88
APPENDIX V
SECTION A
STUDENT`S PERCEPTION OF CHEMISTRY CLASSROOM ENVIRONMENT
QUESTIONNAIRE (SPCCEQ)
Respondent Items
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
1 4 3 3 1 2 4 4 4 4 4 2 2 3 2 3 1 4 4 2 2 4 2 2 3 69
2 1 4 4 4 1 1 1 1 2 3 3 2 4 1 2 1 1 4 2 2 2 1 2 3 50
3 1 1 4 4 4 1 1 4 1 4 4 1 4 1 4 1 1 4 4 1 1 4 4 4 63
4 4 1 4 4 1 1 1 2 3 3 4 2 2 1 2 3 2 3 1 1 1 1 3 3 53
5 2 3 4 1 1 1 1 2 1 4 4 1 4 1 3 1 1 4 4 1 1 1 2 4 52
6 1 1 4 1 1 1 1 1 3 3 3 3 3 1 3 1 1 4 2 1 3 1 1 3 47
7 1 3 3 2 1 1 1 2 3 2 3 1 4 2 4 1 1 3 4 1 4 4 4 4 60
8 3 3 2 3 2 2 2 3 3 3 4 1 3 1 2 2 3 3 3 4 1 1 3 3 60
9 1 1 1 2 1 1 1 2 1 4 4 4 4 1 1 1 4 4 1 4 4 4 2 3 56
10 2 3 1 3 3 2 2 3 1 3 4 3 4 1 3 1 4 4 4 1 1 4 2 4 63
11 2 3 3 3 3 3 3 2 3 3 3 3 2 3 3 1 1 3 3 3 4 3 3 4 67
12 1 2 3 1 1 1 1 3 1 2 3 3 3 2 2 2 3 3 2 1 3 2 3 2 50
13 2 4 2 2 1 4 3 4 1 1 4 1 4 1 1 1 4 1 4 4 1 1 1 4 56
14 3 3 3 2 1 1 2 2 3 3 2 2 3 2 4 2 2 2 2 2 2 2 4 4 58
15 3 2 4 1 1 4 4 1 4 1 4 1 3 1 3 1 4 1 4 4 1 1 1 4 58
16 2 2 3 1 2 2 2 3 4 3 1 1 4 1 4 1 1 4 1 1 2 1 4 1 51
17 4 3 4 1 1 4 3 4 1 4 4 3 4 4 3 1 1 2 1 4 4 1 1 4 64
18 2 4 1 1 1 1 1 2 4 1 4 1 4 1 4 1 1 4 4 1 2 1 1 4 51
19 2 3 3 2 1 1 1 3 3 3 3 1 3 1 3 1 1 2 3 3 3 1 2 3 52
20 2 2 3 3 2 2 3 1 1 2 2 2 4 2 2 3 3 3 2 1 2 2 2 2 52
21 1 1 1 2 2 2 1 1 3 1 3 3 3 2 3 1 1 3 3 3 1 1 1 3 45
22 2 1 2 1 1 3 4 1 4 1 3 2 4 2 3 2 1 4 2 1 2 1 1 2 50
23 2 2 3 3 3 1 2 2 2 1 3 3 2 2 2 3 3 3 2 1 2 2 2 2 53
24 1 1 1 3 1 1 1 1 1 2 2 2 2 3 2 4 2 2 4 2 4 2 4 4 52
25 1 1 4 1 1 1 1 4 1 4 3 1 3 1 3 2 3 3 1 1 1 1 1 3 46
26 2 3 2 4 1 1 1 1 3 1 4 4 4 3 4 3 4 4 4 1 3 2 1 4 64
27 2 3 4 2 3 3 3 2 4 1 4 3 4 1 4 1 1 1 4 4 1 1 1 4 61
28 2 2 3 3 2 2 3 2 3 3 3 3 2 2 4 3 1 1 1 3 2 2 2 3 57
29 1 2 1 3 1 2 2 3 1 1 3 1 2 1 1 1 4 4 1 4 4 1 1 4 49
30 1 1 2 1 2 2 1 4 1 4 1 1 4 1 2 4 4 1 1 1 1 1 1 4 47 SD 0.76 0.98 1.18 1.09 0.82 0.77 0.82 0.92 1.17 1.11 0.97 0.91 0.86 0.63 0.88 0.96 0.99 1.070.92 0.86 0.91 1.06 0.94 1.14 13.56
S2 0.58 0.96 1.39 1.19 0.67 0.59 0.67 0.45 1.37 1.23 0.94 0.83 0.74 0.41 0.77 0.92 0.98 1.14 0.85 0.74 0.83 1.12 0.88 1.30 21.54
SD=Standard Deviation
S2=Square root of SD
89
VI = 21.54
S2 = VI = 21.54
Vt = 183.87
Conbach Alpha ()
= k vt
Where vi = variance of single item
vt = variance of the total test
Ki = number of items
24 21.54
= 24 [1 – 0.117147985]
24 x 0.882852015
= 0.921236885
= 0.921
24 – I 183.87 1 -
23
23
vi 1 -
90
SECTION B
Chemistry Students Attitude Scale(CSAS)
Respondent Items
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25
1 3 4 3 3 3 4 1 2 4 1 1 1 3 2 2 4 4 2 3 1 2 3 4 2 2 64
2 2 3 3 2 2 2 2 2 2 2 1 2 3 1 1 3 3 3 3 3 3 3 3 3 3 60
3 4 1 4 1 1 4 1 1 4 4 1 4 4 4 1 4 4 1 4 4 1 1 4 4 4 70
4 2 3 3 3 2 3 1 2 3 1 1 1 1 1 1 3 3 1 3 1 1 1 3 3 3 50
5 2 3 4 3 1 4 1 1 4 1 1 2 3 1 1 4 4 1 4 1 2 2 4 4 4 62
6 1 3 3 4 1 4 1 2 4 3 3 1 3 1 1 2 4 3 1 1 1 2 4 2 4 59
7 1 3 3 3 2 4 1 4 2 4 2 2 1 2 2 4 4 2 3 3 3 3 4 4 4 73
8 4 3 3 3 3 1 1 2 2 4 1 1 3 1 1 3 3 4 3 1 1 3 3 1 3 61
9 2 3 3 3 2 4 1 4 4 1 1 1 1 1 1 3 4 1 4 1 1 1 4 2 4 54
10 3 3 3 2 2 3 1 1 3 1 2 1 3 1 1 4 3 1 3 2 2 2 1 3 3 53
11 4 3 3 3 3 3 4 3 3 2 2 3 3 3 2 4 3 2 3 3 3 2 3 3 2 72
12 3 2 3 2 4 4 1 1 4 3 4 3 4 2 1 2 4 2 3 2 2 3 4 4 4 70
13 4 3 4 3 4 4 1 1 4 1 1 3 4 1 1 4 3 1 4 1 1 3 3 2 4 65
14 1 1 1 1 4 2 1 1 1 2 3 4 2 4 2 2 4 2 4 4 2 4 4 1 1 58
15 1 4 3 3 3 4 1 1 4 4 1 4 4 1 1 4 4 1 1 1 1 4 3 2 4 64
16 2 4 4 4 4 4 1 1 4 1 1 4 4 1 1 4 4 1 4 1 1 4 4 3 3 69
17 3 4 4 3 1 4 2 1 2 1 2 1 2 2 1 3 3 2 1 2 3 3 4 3 3 60
18 2 3 3 3 1 4 1 1 3 1 1 2 3 1 1 4 4 1 3 1 1 3 3 2 4 56
19 2 3 3 2 1 3 2 2 2 1 3 2 2 3 2 3 3 2 3 2 2 2 3 3 3 59
91
20 2 1 3 3 2 1 3 2 2 1 3 1 3 2 1 1 2 2 1 3 4 1 1 2 2 51
21 3 3 3 3 1 3 1 1 3 1 1 1 1 1 1 3 3 3 3 1 3 3 3 3 3 55
22 3 2 2 1 3 4 1 1 3 1 3 1 4 1 1 4 4 2 3 3 1 1 4 2 4 58
23 2 3 3 3 2 3 2 2 3 2 3 1 3 1 2 3 3 1 1 1 2 2 3 2 3 56
24 2 2 4 2 4 4 2 2 4 4 2 2 2 1 1 1 4 1 4 4 1 4 4 1 4 66
25 2 2 3 1 4 1 1 1 2 1 1 2 3 1 1 4 4 2 4 1 1 1 4 4 4 55
26 2 1 3 3 2 4 1 1 4 4 1 3 3 1 1 4 4 2 4 2 2 1 4 2 4 66
27 4 3 4 3 2 4 1 2 2 3 2 3 2 1 2 4 3 1 4 2 4 1 4 4 3 68
28 2 3 3 3 3 3 1 1 3 1 1 1 3 1 1 4 4 1 3 1 1 1 4 2 4 55
29 4 1 1 1 4 4 1 1 4 4 4 4 1 4 1 4 4 1 2 4 1 1 1 1 1 61
30 4 1 3 2 3 4 1 1 4 1 2 1 1 3 2 4 4 1 2 2 1 1 1 2 2 53
SD 1.01 1.01 0.92 0.81 1.12 1.21 1.03 1.16 1.06 1.20 1.12 1.14 1.04 1.16 0.96 1.01 0.73 0.91 1.07 1.19 1.08 1.14 1.20 0.99 1.07 12.71
S2 1.02 1.02 0.85 0.66 1.25 1.46 1.06 1.35 1.12 1.441.251.29 1.08 1.35 0.92 1.02 0.53 0.83 1.14 1.42 1.17 1.29 1.44 0.98 1.44 28.08
vi = 28.08
S2 =vi = 28.08
Vt = 161.54
Crobach alpha ()
= k vi
Where
Vi = variance of single item
Vt = variance of the total test
K = number of items
= 25 28.08
= 25 -1 [1 – 0.173826916]
K – I vt I -
25 – I 161.54 I -
25
92
25 x 0.826173084
= 0.860596962
= 0.861
INFLUENCE OF STUDENTS` PERCEPTIONS OF CLASSROOM
ENVIRONMENT ON THEIR ACHIEVEMENT AND ATTITUDES TOWARDS
CHEMISTRY BY NWORA UZOAMAMAKA THERESA PG/M.ED/05/39770
In correct Corrections made
Pi. Student’s Students’
Pii. Sub-department Department of
Piii sub-department Department of
Pv
acknowledgement
Corrected
P vi Nwora
Uzoamaka Theresa
Dept. Science
Education
University of
Nigeria, Nsukka
Deleted
P vii Abstract Corrected
P viii chapter two
review of literature
Conceptual framework
Nature of classroom environment and students’
Achievement and Attitudes in Chemistry
Instructional Materials/equipment and students’ Achievement and
attitudes in Chemistry
Teachers’ quality and students’ achievement
and attitudes in chemistry
Method of teaching and students’ achievement
and attitudes in chemistry
Student/ students’ interaction and students’
achievement and attitudes in chemistry
Theoretical Behavioural change a product of interaction of forces in
24
93
Framework Classroom Environment
Empirical studies Corrected
Background to the
study p2 source
According to Ali (1998), Science Education at all levels is
plagued by very many kinds of problems
P3.line 4 source
Haertel, Walberg and Haertel (1981), Anderson (1982), and
(Fraser 1981a, 1986a)
P9. line 3. source Hornby, A.S (8th
ed) oxford advanced learner`s dictionary of
current English
P9. Last pg
However, most of these research works were done outside
Nigeria. The little ones done in Nigeria lay much emphasis on
geographical location, disease, culture, socio economic status of
parents, intelligent quotient, gender problem and home
background environment problems. Among all these factors
identified, influence of students` perceptions of classroom
environment seems to be absent. Hence the need for this work.
P10 line 6 source According to Thomas Poffenberger and Donald Norton (1967),
home attitude and teacher all play important roles in determent of
positive attitude towards school subjects. yet some students do
not have positive attitude and interest towards their classroom
environment.
P11 line 3 correction Among all the factors identified, influence of students`
perceptions of classroom environment seems to be absent,could
this factors be responsible for low performance in chemistry? In
order to provide answer to this question, this work becomes
necessary and important.
P11. Purpose of the
study corrected
1.Students’ perceptions of Chemistry classroom environment
2. Influence of students’ perceptions of classroom environment
on their achievement in Chemistry
3. Influence of students’ perceptions of classroom environment
on their attitudes towards Chemistry
P12. Significance of
the study
This study is significant in view that it will provide useful
information on students’ perceptions of Chemistry classroom
environment to educators, teachers, students’ non tutorial staff,
guidance counselors and the government. This study will help
government, teachers, educators and the guidance counselors to
know the influence students’ perceptions of classroom
environment have on students’ achievement and students’ attitude
towards Chemistry ins secondary schools. To the government,
teachers and head of schools, it will guide them in formulating
rules and laws in school system. It will help the students’ to know
and adapt to classroom environment variables. This will help in
changing and improving teaching and learning of Chemistry in
senior secondary schools.
P12. Research 1. what is the students` perceptions of their chemistry classroom
94
questions
environment?
2. What is the chemistry achievement mean scores of students
who have negative, moderate and positive perceptions of their
chemistry classroom environment?
3. What is the attitude mean scores of students who have
negative, moderate and positive perceptions of their chemistry
classroom environment?
P15. Chapter two:
review of literature
Corrected
P 36 Population of
the study
The population of this study consists all the SS2 chemistry
students of secondary schools in Obollo education zone of Enugu
State. There were 56 senior secondary schools in Obollo
education zone. The SS2 were selected for the reason that they
have sufficiently experienced enough chemistry classroom
environment variables. The choice is to maintain homogeneity
without biased mind.
P36: Sample and
sampling techniques
The sample for the study consists of 496 SS2 students who
registered Chemistry as one of the science subjects. Purposive
sampling technique was used to select 25 senior secondary
schools that have chemistry teachers for the year 2009/2010
session in Obollo education zone of Enugu State.
P37. Validation of
instrument
The Students` Perceptions of Chemistry Classroom Environment
Questionnaire (CCEQ) and Chemistry Students` Attitude Scale
(CSAS) were face validated to determine adequacy,
appropriateness and for their proper wordings. This was done by
presenting them to experts in science education department and
experts in measurement and evaluation for proper validation.
While check list was not subjected to further validation, since it
was copied direct from dean of studies record.
Instrument for data
collection
The following instruments were used in the collection of
data for the study.
Students’ perceptions of Chemistry Classroom Environment
Questionnaire (SPCCEQ)
Chemistry Students’ Attitude Scale (CSAS)
A Checklist: For tabulating Students’ Achievement in chemistry
for three terms.
The Students’ perceptions of Chemistry Classroom
Environment Questionnaire (SPCCEQ), was developed by the
researcher to find out students’ perceptions of the Chemistry
Classroom Environment. This instrument contains 24 items which
measures the following components of the classroom variables
such as the Nature of classroom environment, Instructural
materials/equipment, Chemistry Teachers’ quality, Method of
teaching and Student/students interaction. The questionnaire is a
95
four point Likert-type scale with alternatives of strongly Agree,
Agree, Disagree, and strongly Disagree. Checklist: This was used
for tabulating Students’ Achievement in Chemistry using three
terms grades for the year under study. This which was collected
from the Dean of studies to measure students’ achievement in
Chemistry classroom setting.
The Chemistry Students` Attitude Scale (CSAS) instrument is a
four point Likert-type questionnaire with 25 items designed by
the researcher which was to measure students’ attitudes towards
Chemistry.
Reliability of
instrument
Corrected
P43. Hypotheses 1
table 4.
Corrected Analysis of variance (ANOVA) comparing students`
achievement mean scores with their different levels of
perceptions of their chemistry classroom environment.
P44. Hypothesis 2 There is no significant influence on students` achievement mean
scores by their levels of perceptions of their chemistry classroom
environment.
P47. Chapter five:
discussion,
conclusion and
summary
Repetition of analysis on table 1 was deleted.
P48 .Repetition of data analysis on table 4 was deleted
P49.
Conclusion/summary
This research work has been an effort to find out influence of
students` perceptions of chemistry classroom environment on
their achievement in and attitudes towards chemistry. In the study
SS2 senior secondary school students in Obollo education zone
were used. From the data collected and analyzed including the
subsequent discussion on the findings, it has been observed that
majority of the students have negative perceptions of chemistry
classroom environment, while very few students perceive
chemistry classroom environment to be positive. The result shows
that chemistry classroom is not conducive and favourable for
teaching and learning of chemistry in senior secondary schools.
This implies that chemistry classroom environment in senior
secondary schools do not have the ability to create a conducive,
congenial and peaceful climate that allows meaningful teaching
and learning of chemistry. Therefore, the researcher`s conclusion
is on the basis of the findings and the discussions above. That the
chemistry classroom environment should be conducive and
favourable for teaching and learning of chemistry, which has no
influence on students achievement in chemistry and will promote
positive influence on students` attitude to chemistry.p49.