yearly plan science form 3e 2012

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    Weeks Learning Objectives Suggested Learning Activities Learning Outcomes SPS Noble Values

    a) transport of synthesized food substances viathe phloem,

    b) transport of water from roots to the leavesvia the xylem.

    Examine cross-sections of root, stem and leaf toidentify the location of xylem and phloem.

    Discuss the roles of transpiration in the transport ofwater and minerals.

    y investigate the pathway of water in a cut

    stem using a suitable stains,

    y identify the location of xylem and phloem,

    y describe the functions of xylem andphloem.

    The transport of water andminerals in transpiration

    should be emphasized.

    LEARNING AREA: 3. EXCRETION

    Weeks Learning Objectives Suggested Learning Activities Learning Outcomes SPS Noble Values

    3.1Understanding humanexcretion

    Discuss what excretion is.

    Examine models, charts, or view computer software to

    identify the excretory organs, i.e. skin, lungs, andkidneys.

    Discuss the excretory products of each excretory

    organ, i.e. water, carbon dioxide, minerals, salt andurea.

    Discuss the importance of excretion

    A student is able to:

    y Explain what excretion is,

    y Identify the excretory organs in humans,

    y State the excretory products of each

    excretory organ,

    y Explain the importance of excretion.

    & Observing& Communicating

    Being objective.

    Being thankful to God

    Having critical andanalytical thinking.

    5 & 6 3.2 Analysing the urinarysystem in human.

    Examine models, charts or view computer software ofthe urinary system to identify the locations of kidneys,

    ureters, urinary bladder and urethra.

    Collect and interpret data on the functions of the

    kidney.

    Examine a life specimen of a kidney to:

    a) describe the shape of the kidney,b) identify the components of the kidney, i.e. the

    cortex, medulla and pelvis.

    Discuss the following:a) the importance of the kidneys,

    b) living with kidney failure.

    A student is able to:

    y Identify the locations of kidneys and other

    parts of the urinary system,

    y Describe the shape of the kidney,

    y Identify the structures of the kidney.

    y

    Describe the functions of the kidney,y Explain the importance of maintaining

    healthy kidneys.

    * Observing* Communicating

    Thankful to God

    Thinking Rationally

    Appreciating the

    contribution of science andtechnology

    NOTES:The structure and thefunction of the nephron is

    not required

    Describe the functions of

    the kidney.

    Explain the importance of

    the kidneys.

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    Weeks Learning Objectives Suggested Learning Activities Learning Outcomes SPS Noble Values

    3.3

    Analysing excretion inplants.

    Collect and interpret data on the following:

    a) the ways plants eliminate their excretoryproducts,

    b) the excretory products of plants, i.e. carbon

    dioxide, water, and complex waste products.

    A student is able to:

    y describe the ways plants eliminate theirexcretory products,

    y identify the excretory products of plants.

    & Communicating

    & Communicating

    Being objective.

    Appreciating the balance of

    nature.

    LEARNING AREA: 4. REPRODUCTION

    Weeks Learning Objectives Suggested Learning Activities Learning Outcomes SPS Noble Values

    6 & 7 4.1 Understanding sexualand asexualreproduction.

    Discuss the following:a) the importance and types of reproduction,b) the similarities and differences between

    sexual and asexual reproduction.

    Using charts, diagrams, videos, or computer software

    to study the following:a) fertilisation,

    b) internal and external fertilisation,c) the various ways of asexual reproduction, ie.

    binary fission, budding, spore formation,vegetative reproduction and regeneration.

    Discuss and classify animals and plants according tohow they reproduce.

    A student is able to:

    y State the importance of reproduction.

    y State the types of reproduction,

    y State what fertilisation is,

    y Describe internal and externalfertilisation,

    y Compare and contrast sexual andasexual reproduction,

    y Classify animals and plants according totheir ways of reproduction.

    Classifying Being thankful to God

    4.2 Analysing the male

    reproductive system.

    Identify the following parts of the male reproductive

    system with the help of charts, models, videos, or

    computer software:a) The sexual organs, ie. testes, and penis

    b) The other related parts ie. the scrotum,urethra, sperm ducts and prostate gland.

    Discuss the following :a) The functions of the different parts of the

    male reproductive system.b) The role of sperm in reproduction .c) The physical, physiological and emotional

    changes in male during puberty.

    A student is able to :

    y Identify the parts of the male

    reproductive system,y Describe the function of the different

    parts of the male reproductive system,

    y State the role of sperm in reproduction,

    y Describe the changes in male during

    puberty.

    Observation Being flexible and open

    minded

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    Weeks Learning Objectives Suggested Learning Activities Learning Outcomes SPS Noble Values

    seeds in plants. Draw annotated diagrams of the following:d. the fertilisations process in plants,

    e. the formation of fruits and seeds

    Discuss the following:

    a. the location where fertilisations occurs inflower

    b. fertilisation in plants

    c. formation of fruits and seeds

    y describe fertilisation in plants,

    y describe the formation of fruits and seeds. Thankful to God

    13 4.11Synthesising the concept of

    germination of seeds

    Dissect a seed longitudinally and identify its structureusing hand lens or microscope.

    Collect and interpret data on the following:

    a) functions of the different parts of a seed , i.e , theembryo (radicle, plumule and cotyledons) andtesta, protected by the pericarp (fruit wall)

    b) physical changes of seedlings in terms of thedevelopment of radicle , plumule and cotyledon.

    Carry out small group discussions to:

    a) identify the variables related to the germination ofseeds

    b) formulate hypotheses about the conditions required

    for the germination of seeds.

    Design and carry out experiments to determine the

    conditions required for the germination of seeds.

    A student is able to:

    y identify the structure of a seed

    y

    explain the functions of the different partsof a seed

    y describe the physical changes ofseedlings during germination

    y make hypotheses on the conditionrequired for the germination of seeds

    y design an experiment to study the

    condition required for the germination ofseeds

    y carry out the experiment to study thecondition required for the germination of

    seeds

    y draw conclusions on the conditionrequired for the germination of seeds

    14 4.12Application of vegetative

    production in floweringplants

    Carry out a study of the vegetative reproduction ofvarious plants in a nursery to identify the types of

    vegetative reproduction.

    Discuss what vegetative reproduction is.

    Discuss the application of research carried out invegetative reproduction in agriculture.

    A student is able to:

    y explain with examples the meaning of

    vegetative reproduction

    y state the parts of the plants that can

    reproduce vegetatively

    y classify flowering plants according to the

    parts that can reproduce vegetatively.

    y Describe the application of research

    carried out in vegetative reproduction inagriculture.

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    THEME: ASTRONOMY AND SPACE EXPLORATIONLEARNING AREA : 2. SPACE EXPLORATION

    Weeks Learning Objectives Suggested Learning Activities Learning Outcomes SPS Noble Values

    29 2.1

    Understandingdevelopments in the field ofastronomy and space

    exploration.

    Surf the internet, visit the Planetarium or the National

    Science Centre to collect and interpret data on thefollowing:a) developments in the field of astronomy,

    b) applications of technology related to spaceexploration and astronomy, e.g. remote sensing,

    c) developments in space exploration, e.g.

    launching of rockets, satellites, probes as well asmans landing on the Moon.

    Debate on the need to continue space exploration.

    Carry out a multimedia presentation on the

    developments in the field of astronomy and spaceexploration.

    A student is able to:

    y describe the developments in the field ofastronomy,

    y describe the developments in spaceexploration,

    y explain with examples the applications oftechnology related to space exploration

    and astronomy,

    y justify the need to continue spaceexploration.

    Include the applications

    of remote sensing e.g.in geology, agriculture,forestry, disaster

    management, nationalsecurity managementetc.

    Malaysian Centre forRemote Sensing

    (MACRES) isresponsible for theremote sensing

    projects in the country.

    Prepared by; Verified by;

    ..

    (Pn.Rahayu bt. Johari)

    Science Teacher Form 3E 2012,

    SMK Lubok China,Melaka.