1

«&™™t «fth «{týu „wý™e Vt¤ðýe :¢{tkf «&™…ºt™wk MðY… ËkÏÞt „wý Ë{Þ1. r™ƒkÄ (E) 05 20 50 r{r™x2. xqkft «&™tu (D) 08 24 48 r{r™x

(C) 12 24 42 r{r™x3. yr‚ xqkft «&™tu (B) 16 16 24 r{r™x4. nu‚w÷ûte (A) 16 16 16 r{r™x

fw÷ 57 100 180 r{r™x

frX™‚t {qÕÞ …h™tu „wý¼th :¢{tkf frX™‚t™wk M‚h frX™‚t {qÕÞ1. Ëh¤ 30%2. {æÞ{ 50%3. frX™ 20%

fw÷ 100%

¢{ {wÆt/y™w. {wÆt „wý¼th1. ð™M…r‚ ƒtÌttfthrðãt-1 17

({q¤, «ftkz, …ýo)2. ð™M…r‚ ƒtÌttfthrðãt-2 18

(…w»…, V¤, ƒes y™u fw¤)3. Ë…w»…e ð™M…r‚ytu™e yk‚:MÚt h[™t 154. «týe…uþe 155. «týe ƒtÌttfthrðãt y™u yk‚:MÚt h[™t-1 15

(y¤rËÞwk y™u ðkŒtu)6. «týe ƒtÌttfthrðãt y™u yk‚:MÚt h[™t-2 20

(Œuzftu) fw÷ 100

«fhý «{týu „wý¼th :

nu‚w ¿tt™ (K) Ë{s (U) W…Þtus™ (A) ftiþÕÞ (S) fw÷ „wý

„wý 30 40 20 10 100

nu‚wytu «{týu „wý¼th :

Ätuhý-11 (rË{uMxh-2)Sðrð¿tt™ (056) (G)

Ë{Þ : 3 f÷tf «&™…ºt™wk …rhY… fw÷ „wý : 100

* «&™…ºt{tk …tXâ…wM‚f …h ytÄtrh‚ (conceptual) «&™tu …qAtþu.

2

rË{uM

xh-2

3

rð¼t„ – A

(1) ™e[u yt…u÷ …ife fÞwk Ëtuxe{q¤™wk ¾tuhtfËk„úne WŒtnhý Au ?(A) ƒex (B) þ¬rhÞt (C) þ‚tðhe (D) zntr÷Þt

(2) ™e[u yt…u÷ …ife fÞwk Œtkze…ºt™wk rðrþü ftÞo Au ?(A) ¾tuhtfËk„ún (B) ythtuný (C) hûtý (D) «ftþËk&÷u»tý

(3) fÞtu ftu»t rn…uhe™ y™u rnMxu{e™™tu Ëútð fhu Au ?(A) [u‚tftu»t (B) {tMxftu»t (C) ¼ûtfftu»t (D) ‚k‚wftu»t

(4) ™e[u yt…u÷ …ife fÞwk yËk„‚ Þwø{ Au ?(A) yuf‚turðftËe - nu{ur÷Þt (B) W¼Þ‚turðftËe - ntÚteËqkZe(C) rîþt¾e …rhr{‚ - …trhò‚f (D) …rhr{‚ yuftfe - M‚ƒf

(5) ytfztu y™u ËVhs™ yufƒeòÚte fuðe he‚u y÷„ …zu Au ?(A) ËVhs™ …w»…tË™{tkÚte rðfËu Au y™u ytfztu yuf MºtefuËh{tkÚte rðfËu Au.(B) ËVhs™ …w»…tË™{tkÚte rðfËu Au y™u ytfztu yuf ƒnw MºtefuËhe ƒeòþÞ{tkÚte rðfËu Au.(C) ËVhs™ ËkÞwõ‚ V¤ Au y™u ytfztu ËhËtût V¤ Au.(D) ËVhs™ [{o V¤ Au y™u ytfztu WŒwBƒhf V¤ Au.

(6) {q¤„tun™u Œqh fh‚tk fÞtu «Œuþ ËeÄe he‚u yËh …t{u Au ?(A) ðÄeo«Œuþ (B) rðM‚hý«Œuþ (C) …rh…õ𙫌uþ (D) W…{q¤™tu «Œuþ

(7) fE Ëh¤ MÚttÞe …uþe{tk …ìõxe™™wk MÚtq÷™ ÚtÞu÷ Au ?(A) {]Œw‚f (B) MÚtq÷ftuýf(C) áZtu‚f (D) ÷kƒtu‚f

Ätuhý-11 (rË{uMxh-2)Sðrð¿tt™ (056) (G)

Ë{Þ : 3 f÷tf ™{q™t™wk «&™…ºt fw÷ „wý : 100

Ëq[™tytu : (1) ƒÄt s «&™tu VhrsÞt‚ Au.(2) ƒÄt «&™™t W¥thtu «&™tu™t ¢{ y™wËth s ÷¾ðt™t hnuþu. W¥thðne{tk Œhuf rð¼t„ ™ðt

…t™t …h ÷¾ðt™tu hnuþu.(3) «&™ ™k. 1 Úte 16 ƒnwrðfÕ… «&™tu Au. «íÞuf «&™™tu yuf „wý Au (A), (B), (C) y™u (D){tkÚte

Ët[tu W¥th …ËkŒ fhe™u ÷¾ðt™tu hnuþu.(4) «&™ ™k. 17 Úte 32 yr‚ xqkfsðtƒe «&™tu Au. «íÞuf «&™™tu yuf „wý Au.(5) «&™ ™k. 33 Úte 44 {tøÞt {wsƒ W¥th ÷¾tu. «íÞuf™t ƒu „wý Au.(6) «&™ ™k. 45 Úte 52 {tøÞt {wsƒ W¥th ÷¾tu. «íÞuf™t ºtý „wý Au.(7) «&™ ™k. 53 Úte 57 {tøÞt {wsƒ W¥th ÷¾tu. «íÞuf™t [th „wý Au.(8) rð¼t„ C, D, E,{tk ytk‚rhf rðfÕ… yt…u÷ Au.

4

(8) yt…u÷ ytf]r‚{tk ‘a’ y™u ‘b’ þwk Œþtoðu Au ?

(A) a = íðûtiÄt, b = ðt‚rAÿ (B) a = íðûtt, b = W…íðûtt(C) a = ðt‚rAÿ, b = íðûtiÄt (D) a = W…íðûtt, b = íðûtt

(9) ™e[u yt…u÷ ytf]r‚{tk ‘a’ r™Œuorþ‚ ¼t„ {txu ™e[u yt…u÷ …ife fÞwk Ët[wk Au.

(A) M™tÞwƒkÄ ftu÷ts™ ‚k‚w Ähtðu Au. (B) yÂMÚtƒkÄ …e¤t ‚k‚w Ähtðu Au.(C) M™tÞwƒkÄ …e¤t ‚k‚w Ähtðu Au. (D) yÂMÚtƒkÄ ftu÷ts™ ‚k‚w Ähtðu Au.

(10) yt…u÷ ytf]r‚{tk ‘a’ y™u ‘b’ r™Œuorþ‚ ¼t„ þwk Œþtoðu Au ?

(A) a = &÷u»{ Ëútðe ftu»ttu, b = ‚÷MÚt ftu»ttu (B) a = ytÄth ftu»ttu, b = ð‚wo¤e M™tÞw(C) a = ytÞt{ M™tÞw, b = ‚÷MÚt ftu»ttu (D) a = õÞwxef÷, b = &÷u»{ Ëútðe ftu»ttu

(11) y¤rËÞt{tk hwrÄh „úkrÚtytu fÞt ¾kz{tk ytðu÷ Au ?(A) 4, 5 y™u 6 ¾kz (B) 7, 8 y™u 9 ¾kz(C) 1, 2 y™u 3 ¾kz (D) 9, 10 y™u 11 ¾kz

‘a’

‘b’

5

(12) fÞtu Mºttð ytk‚hzt™u W¥turs‚ fhe™u ytkºthË™tu Mºttð fhu Auu ?(A) …uL¢eÞtu ÍtÞ{e™ (B) yuLxhtuftR™e™ (C) yu{tÞ÷ìÍ (D) rxÙÂÃË™

(13) Œuzft™t „¼orðftË Œhr{Þt™ fÞtu ‚ƒ¬tu ƒtÌt Ít÷h yðMÚtt …Ae ytðu Au ?(A) …ï W…tk„ðt¤tu (B) [‚w»…tŒ xuz…tu÷ (C) …wÏ‚ Œuzftu (D) yk‚:MÚt Ít÷hðt¤tu

(14) fE Ä{™e …t[™{t„o™u hwrÄh …qhwk …tzu Au ?(A) „úeðt Ä{™e (B) ftuctkrºt Ä{™e (C) ƒtÌt„úeðt Ä{™e (D) Whw Ä{™e

(15) ‚u Œuzft™t V÷™ {txu Ët[wk Au :(A) MðV÷™ y™u ¼qr{ …h (B) …hV÷™ y™u ¼qr{ …h(C) MðV÷™ y™u …týe{tk (D) …hV÷™ y™u …týe{tk

(16) ™e[u™t{tkÚte ftu™e ËtÚtu {qºttþÞ Ëkf¤tÞu÷ Au ?(A) yðËthýe (B) ƒhtu¤ (C) {¤tþÞ (D) {æÞtkºt

rð¼t„ – B

(17) ðÄeo«Œuþ™t ftu»ttu™e ftuE …ý ƒu ÷tûtrýf‚tytu sýtðtu.(18) þ猼uŒ yt…tu : …hhtune {q¤ y™u …htu…Sðe {q¤(19) fkftËýe y™u M{tR÷uõË™t …ýo™t rðrþü ftÞo y™u ‚u {txu Y…tk‚rh‚ ¼t„™e {trn‚e yt…tu.(20) ði¿ttr™f ™t{ yt…tu : ‚wðuh(21) shtÞwrðLÞtË yux÷u þwk ?(22) þ猼uŒ yt…tu : «tÚtr{f ð]rØ y™u rî‚eÞ ð]rØ.(23) yL™ðtnf {]Œw¥tf ftu»t{tk fÞt ƒu ÿÔÞtu™tu Ëk„ún ÚttÞ Au ?(24) ðkŒt™t [÷™…tŒ™t ¾kztu sýtðtu.(25) r¼r¥t¼ks «Œuþ yux÷u þwk ?(26) ð÷rÞft yux÷u þwk ?(27) Ä™tfth yrÄåAŒ …uþe™t «týeŒun{tk ftuE …ý ƒu MÚtt™ sýtðtu.(28) M™tÞw‚k‚wf ¾kz yux÷u þwk ?(29) r™ðtrnft rþht yux÷u þwk ?(30) MÚtt™ y™u ftÞo sýtðtu : ¼úwfwrx®ƒŒw(31) MÚtt™ y™u ftÞo sýtðtu : r™sXhðtÕð(32) {tÂÕ…r½Þ™ftÞ ftu™u fnu Au ?

rð¼t„ – C

(33) ËkÞtusf…uþe™tk ftÞtuo sýtðtu.(34) hwrÄhhË™t ƒkÄthýeÞ ½xftu ðýoðtu.

yÚtðtËh¤M™tÞw…uþe ðýoðtu.

(35) y¤rËÞt™e WíËŠ„ftytu ðýoðtu.(36) …uheÃ÷u™uxt y{urhft™t{tk hwrÄhtr¼Ëhý‚kºt Ë{òðtu.(37) ËnSðe {q¤ ðýoðtu.(38) «ftkz™tk hûtý {txu™t Y…tk‚htu Ë{òðtu.

6

(39) M‚ƒf Ë{òðtu.(40) Ë{qnV¤ ðýoðtu.(41) áZtu‚f™tk ÷ûtýtu sýtðtu.

yÚtðt‚Vtð‚™t [th {wÆt sýtðtu : ËqÞo{w¾e {q¤™e ytk‚rhf h[™t y™u {ftE {q¤™e yk‚MÚt h[™t

(42) re «ftkz™wk ðtnf…uþe‚kºt ðýoðtu.(43) Œuzft{tk íð[eÞ ïË™ Ë{òðtu.(44) ht™t xtE„úe™t™wk yr™åAtð‚eo [u‚t‚kºt Ë{òðtu.

rð¼t„ – D

(45) MVtux™þe÷ y™u yMVtux™þe÷ V¤™t ƒu ‚Vtð‚tu M…ü fhe, ÄtLÞ, ftc y™u Ë…ûtV¤™e {trn‚e yt…tu.(46) ðkŒt ‚Útt y¤rËÞt™t …t[™‚kºt™tu ‚w÷™tí{f ynuðt÷ yt…tu. (ytf]r‚ sYhe ™Úte.)(47) Þwø{þt¾e ‚Útt …tïeoÞþt¾e þt¾trðLÞtË™t ƒu ‚Vtð‚tu yt…e, yufþt¾e …rhr{‚ þt¾trðLÞtË ytf]r‚ yt…e™u

Ë{òðtu.(48) ðkŒt™wk [u‚t‚kºt ðýoðtu. (ytf]r‚ sYhe ™Úte.)(49) rî‚eÞ …uþeytu™wk r™{toý Ë{òðtu.(50) fkft÷ M™tÞw…uþe ðýoðtu. (ytf]r‚ sYhe ™Úte.)

yÚtðt[u‚t…uþe Ë{òðtu. (ytf]r‚ sYhe ™Úte.)

(51) ÷tûtrýf …w»…™t «s™™ [¢tu™e h[™t Ë{òðtu. (ytf]r‚ sYhe ™Úte.)yÚtðt

fr÷ftL‚h rðLÞtË ðýoðtu. (ftuE …ý ºtý) (ytf]r‚ sYhe Au.)(52) Œuzftk™wk Ä{™e‚kºt ðýoðtu. (ytf]r‚ sYhe ™Úte.)

yÚtðtŒuzftk™e íð[t™e yk‚:MÚt h[™t Ë{òðtu. (ytf]r‚ sYhe ™Úte.)

rð¼t„ – E

(53) yufŒ¤e ƒes™e h[™t ™t{r™Œuoþ™ðt¤e ytf]r‚ ËtÚtu Ë{òðtu.(54) ïu‚fýtu ðýoðtu. (ytf]r‚ sYhe ™Úte.)(55) Œuzft™t «s™™‚kºt™e ËrðM‚th {trn‚e yt…tu. (™h «s™™‚kºt™e ytf]r‚ Œtuhtu.)

yÚtðtŒuzft™e ytk¾™e h[™t ðýoðtu. (ytf]r‚ sYhe Au.)

(56) …ýo™tk rðrþü ftÞtuo {txu™t Y…tk‚htu ðýoðtu. (ytf]r‚ sYhe ™Úte.)yÚtðt

ËtŒt y™u ËkÞwõ‚ …ýo Ë{òðtu. (ytf]r‚ sYhe ™Úte.)(57) ðtrn…w÷™t «fthtu ðýoðtu. (ytf]r‚ sYhe Au.)

yÚtðt{ftE y™u ËqÞo{w¾e …ýo™e ytk‚rhf h[™t™t ‚Vtð‚ yt…tu. ([th {wÆt sYhe Au.)

7

Type of Questions and Marks :

No. Type of Questions Number Marks Time1. Essay Type (E) 05 20 502. Short Questions (D) 08 24 48

(C) 12 24 423. Very Short Que. (B) 16 16 244. Objective (A) 16 16 16

Total 57 100 180

No. Topics Marks

1. Plant Morphology-1 (Root, Stem and Leaf) 17

2. Plant Morphology-2 18(Flower, Fruit, Seed and Family)

3. Anatomy of Flowering Plants 15

4. Animal Tissue 15

5. Animal Morphology and Anatomy-I 15

6. Animal Morphology andAnatomy-II 20

Total 100

Chapter wise Weightage :

Aim Knowledge Understanding Application Skill Total

Marks 30 40 20 10 100

Weightage to Aim of Questions :

Std. – 11 (Semester-2)Biology (056) (E)

Time : 3 Hrs. Scheme of question paper Total Marks : 100

Weightage to Difficulty Level :

No. Type Difficulty Value

1. Easy 30%

2. Average 50%

3. Difficult 20%Total 100%

* Text book based – conceptual Questions will be asked in Question paper.

8

Blue

Pri

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f M

odel

Pap

er

9

SECTION - A

(1) It is an example of Food Storing tap root :(A) Beet root (B) Sweet Potato (C) Asparagus (D) Dahlia

(2) Which specialized function of leaf is performed by Phyllode ?(A) Food Storage (B) Climbing (C) Protection (D) Photosynthesis

(3) Which cell secretes heparin and histamine ?(A) Neuron (B) Mast cell (C) Macrophage (D) Fibroblast

(4) Which of the following is mis-matched ?(A) Helicoid – Hamelia (B) Scorpioid – Heliotropium(C) Biparous Cymose - Nyctanthus (D) Solitary Cymose – Capitulum

(5) How does Calotropis and Apple differs from each other ?(A) Apple develops from thalamus and calotropis develops from monocarpellary gynoecium.(B) Apple is formed from thalamus and calotropis is produced from polycarpellary gynoecium.(C) Apple is composite fruit and calotropis is sorosis.(D) Apple is achene and Calotropis is syconus.

(6) Which region of the root will be directly affected if root pocket is removed ?(A) Meristematic region (B) Elongation region(C) Maturation region (D) Region of lateral root

(7) Which simple permanent tissue has deposition of pectin ?(A) Parenchyma (B) Collenchyma(C) Sclerenchyma (D) Palisade

Std. – 11 (Semester-2)Biology (056) (E)

Time : 3 Hrs. Sample Question Paper Total Marks : 100

Insrtuctions :(1) All questions are compulsory.(2) Write answers in sequence. Write new Section on new page.(3) Q. No. 1 to 16 are of M.C.Q. type. Each question carries 01 mark. Select correct answer

from the given four alternative responses and write its Code (A, B, C or D).(4) Q. No. 17 to 32 are of very short answer type questions. Each question carries 01 mark.(5) Q. No. 33 to 44 are of Short answer type. Answer them as per instructions. Each question

carries 02 marks.(6) Q. No. 45 to 52 are of Short answer questions. Answer them as required. Each question

carries 03 marks.(7) Q. No. 53 to 57 are of Long answer type of questions. Answer them point wise as

required. Each question carries 04 marks.(8) Internal options are provided in sections C, D and E.

10

(8) What does ‘a’ and “b” represent in the given diagram ?

(A) a = Cork cambium, b = Lenticel (B) a = Cork, b = Phelloderm

(C) a = Lenticel, b = Cork cambium (D) a = Phelloderm, b = Cork

(9) Which of the following is correct for the part labelled as ‘a’ in the given diagram ?

(A) Tendon-consist of collagen fibres (B) Ligament-consist of yellow elastin fibres

(C) Tendon-consist of yellow elastin fibres (D) Ligament-consist of collagen fibre

(10) What does ‘a’ and ‘b’ indicate in the given diagram ?

(A) a = Mucous Cell, b = Basal Cell (B) a = Supporting Cell, b = circular Muscle(C) a = Longitudinal Muscle, b = Basal Cell (D) a = Cuticle, b = Mucous Cell

(11) In which Segments, blood glands are present in earth-worm ?(A) 4, 5 and 6 (B) 7, 8 and 9(C) 1, 2 and 3 (D) 9, 10 and 11

(12) Which secretion stimulates intestine to secrete intestinal Juice ?(A) Pancreozymin (B) Enterocrinin (C) Amylase (D) Trypsin

‘a’

‘b’

11

(13) Which stage follows external gill stage in embyonic development of frog ?

(A) Hind limb stage (B) Four limb stage (C) Adult Frog (D) Internal gill stage

(14) This artery supply blood to alimentary canal.

(A) Carotid artery (B) Coeliaco Mesentric artery

(C) External jugular artery (D) Femoral artery

(15) It is correct for the fertilization in Frog :

(A) Self and on land (B) Cross and on Land

(C) Self and in water (D) Cross and in water

(16) To which of the following urinary bladder is associated ?

(A) Cloaca (B) Spleen (C) Rectum (D) Ileum

SECTION - B

(17) Write any two characteristics of cells of meristematic region.(18) Distinguish : Epiphytic root and Parasitic root(19) Mention the special function of leaf of gloriosa and smilax and state the name of part

modified for it.(20) Write scientific name of pigeon pea.(21) What is placentation ?(22) Distinguish : Primary Growth and Secondary Growth(23) State any two Substances stored in Phloem parenchyma.(24) Mention segments of walking leg of cockroach.(25) What is typhlosolar region ?(26) What is Clitellum ?(27) Mention any two locations of cuboidal epithelial tissue.(28) What is Sarcomere ?(29) What is Portal Vein ?(30) Write location and function of brow spot.(31) Write location and function of pyloric valve.(32) What is Malpighian body ?

SECTION - C

(33) Write functions of connective Tissue.

(34) Describe composition of Plasma.

OR

Describe Smooth muscle tissue.

(35) Describe Nephridia of earth-worm.

(36) Describe Blood Vascular System of Periplaneta americana.

(37) Explain Symbiotic Root.

12

(38) Explain Modifications of stem for protection.(39) Explain : Capitulum.(40) Describe : Aggregate Fruit.(41) Write characteristics of Sclerenchyma.

ORWrite any four points of differences between Internal Structure of Sunflower Root andInternal Structure of maize root.

(42) Explain Vascular tissue system of dicotyledon Stem.(43) Describe cutaneous respiration in frog.(44) Explain autonomous nervous System of Rana tigrina.

SECTION - D

(45) Write two distinct differences between dehiscent and indehiscent fruit and explaincaryopsis, nuts and samara fruits.

(46) Write comparative reports on digestive system of cockroach and earth-worm (Diagramsare not required)

(47) Write any two differences between dichotomous branching and lateral branching; andexplain uniparous cymose branching with diagram.

(48) Explain nervous system of Cockroach. (Diagram is not required)(49) Explain “Formation of Secondary tissues.”(50) Explain skeletal muscle (Diagram is not required)

ORExplain nervous tissue. (Diagram is not required)

(51) Explain reproductive organs of the typical flower. (Diagram is not required)OR

Explain aestivation (Any three) (Diagram is required)(52) Explain arterial system of frog. (Diagram is not required)

ORExplain internal structure of skin of frog. (Diagram is not required)

SECTION - E

(53) Explain structure of Monocotyledonous seed with labelled diagram.(54) Describe leucocytes. (Diagram is not required)(55) Describe reproductive system of frog. (Draw diagram of male reproductive system of

frog)OR

Describe the structure of eye of frog. (Diagram is necessary)(56) Explain Modifications of leaves for special functions. (Diagram is not required)

ORExplain Simple and Compound Leaves. (Diagram is not required)

(57) Describe types of Vascular Bundle. (Diagram is necessary)OR

Distinguish : Maize Leaf and Sunflower Leaf. (Four points)

1

nu‚w ¿tt™ (K) Ë{s (U) W…Þtus™ (A) / ftiþÕÞ (S) fw÷ „wý

„wý 30 40 30 100

nu‚wytu «{týu „wý¼th :

frX™‚t {qÕÞ …h „wý¼th :

¢{tkf frX™‚t™wk M‚h frX™‚t {qÕÞ

1. Ëh¤ 40%

2. {æÞ{ 30%

3. frX™ 30%

¢{tkf «fhý/™t{ „wý¼th

1. htËtÞrýf ƒkÄ™ y™u ytÂÛðÞh[™t 12

2. ÿÔÞ yðMÚtt, ðtÞw y™u «ðtne 12

3. W»{t„r‚þtMºt 12

4. Ëk‚w÷™ 18

5. p rð¼t„™tk ‚¥ðtu-I 16

6. ntRzÙtuftƒo™ 20

7. …ÞtoðhýeÞ htËtÞrýf rð¿tt™ 10

* «&™…ºt{tk …tXâ…wM‚f …h ytÄtrh‚ (conceptual) «&™tu …qAtþu.

Ätuhý-11 (rË{uMxh-2)hËtÞýrð¿tt™ (052) (G)

Ë{Þ : 3 f÷tf «&™…ºt™wk …rhY… fw÷ „wý : 100

«&™tu™t «fth «{týu „wý¼th :¢{ nu‚w «&™tu™e ËkÏÞt „wý fw÷ „wý Ë{Þ (r{r™x)

1. r™ƒkÄ÷ûte 3 4 12 208 3 24 40

2. xqkft «&™tu 16 2 32 72

3. yr‚ xqkft «&™tu 16 1 16 24

4. nu‚w÷ûte «&™tu 16 1 16 24

fw÷ 59 – 100 180

«fhýðth (Þwr™x ŒeX) „wý¼th :

2

3

4

P

Q

R

S

10

8

6

4

2

pH P

Q

R

S

10

8

6

4

2

pH

P

Q

R

S

10

8

6

4

2

pH

10

8

6

4

2

pH S

R

Q

P

5

6

7

8

9

Aim Knoweledge Understanding Application / Skill TOTAL

Marks 30 40 30 100

Weightage to Objectives :

Weightage to Difficulty Leval :

No. Type Difficulty Value

1. Eassy 40%

2. Average 30%

3. Difficult 30%

No. Units/Sub Units Marks

1. Chemical bonding & Mol. Structure 12

2. States of Matter, gases and liquids 12

3. Thermodynamics 12

4. Equilibrium 18

5. p-Block Elements-I 16

6. Hydrocarbons 20

7. Environmental Chemistry 10

Weightage To Content :

Std. – 11 (Semester-2)Chemistry (052) (E)

Time : 3 Hrs. Scheme of question paper Total Marks : 100

Type of Questions and Marks :

No. Type of Questions Number Marks Total marks Time (Min.)

1. E/LA3 4 12 208 3 24 40

2. SA 16 2 32 72

3. VSA 16 1 16 24

4. O 16 1 16 24

Total 59 – 100 180

* Text book based – conceptual Questions will be asked in Question paper.

10

11

12

P

Q

R

S

10

8

6

4

2

pH P

Q

R

S

10

8

6

4

2

pH

P

Q

R

S

10

8

6

4

2

pH

10

8

6

4

2

pH S

R

Q

P

13

14

15

16

1

Ätuhý-11 (rË{uMxh-2)„rý‚ (050) (G)

Ë{Þ : 3 f÷tf «&™…ºt™wk …rhY… fw÷ „wý : 100

nu‚w ¿tt™ (K) Ë{s (U) W…Þtus™ (A) ftiþÕÞ (S) fw÷ „wý

„wý 20 30 30 20 100

«&™™t «fth «{týu „wý¼th :

nu‚wytu «{týu „wý¼th :

¢{ nu‚w ËkÏÞt „wý Ë{Þ

1. r™ƒkÄ 14 53 96 r{r™x2. xqkft «&™ 10 20 35 r{r™x3. yr‚ xqkft «&™ 12 12 22 r{r™x4. nu‚w÷ûte 15 15 27 r{r™x

frX™‚t {qÕÞ …h „wý¼th :¢{tkf frX™‚t™wk M‚h ¼thtkf1. Ëh¤ 30%

2. {æÞ{ 40%

3. frX™ 30%

¢{tkf «fhý™wk ™t{ „wý¼th1. „rý‚eÞ y™w{t™™tu rËØtk‚ 08

2. Ëkfh ËkÏÞtytu 08

3. rî…Œe «{uÞ 08

4. Ëhðt¤t Ëqºttu, yðÞð Ëqºttu 08

5. „wrý‚-W…„wrý‚ ËkÏÞtytu {txu™tk rºt.rðÄuÞ™tk {qÕÞtu {txu™tk Ëqºttu 10

6. rºtftuýr{r‚Þ Ë{efhýtu y™u rºtftuý™t „wýÄ{tuo 10

7. ©uýe y™u ©uZe 10

8. þtkfðtu 10

9. rºt…rh{týeÞ ¼qr{r‚ 08

10. ÷ût 10

11. rðf÷™ 10

fw÷ 100

«fhý «{týu „wý¼th :

• «&™…ºt{tk …tXâ…wM‚f ytÄtrh‚ «&™tu …wAtþu.

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3

4

5

6

7

8

9

Weightage to Objective :

Aim Knowledge Understanding Application Skill Total

Marks 20 30 30 20 100

Type of Questions and Marks :

No. Type of Question Number Marks Time

1. E/LA 14 53 96 Min.

2. SA 10 20 35 Min.

3. VSA 12 12 22 Min.

4. O 15 15 27 Min.

Weightage to Difficulty vaule :

Std. – 11 (Semester-2)Maths (050) (E)

Time : 3 Hrs. Scheme of question paper Total Marks : 100

No. Difficulty level Weightage

1. Eassy 30%

2. Average 40%

3. Difficulty 30%

Total 100

Weightage of the chapters

No. Chapters Marks1. Principle of mathematical Ind. 082. Complex Numbers 083. Binomial Theorem 084. Addition & Factor formulae 085. Values of Trigo. Fns for multiples and sub-multiples 106. Trigo. Equations & Prop. of Triangle 107. Sequence and Series 108. Conics 109. Three Dimensional Geom. 0810. Limits 1011. Derivative 10

Total 100

• Text - book based questions will be asked in the question paper

10

Fns

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. :-

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is o

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11

h

12

13

14

15

16

1

«&™™t «fth «{týu „wý™e Vt¤ðýe :«&™tu™wk MðY… LAQ y™u SAQ y™u SA y™u VSA MCQ fw÷ «&™tu/

Example Example Example „wý

«&™tu™e ËkÏÞt 03 08 16 16 16 59

fw÷ „wý 12 24 32 16 16 100

Ë{Þ (r{r™x{tk) 20 40 72 24 24 180

«fhýðth „wý¼th :

nu‚wytu «{týu „wý¼th :nu‚w ¿tt™ (K) Ë{s (U) W…Þtus™ (A) ftiþÕÞ (S) fw÷ „wý

„wý 35 40 20 05 100

xft 35% 40% 20% 05% 100%

frX™‚t {qÕÞ …h™tu „wý¼th :

¢{tkf frX™‚t™wk M‚h „wý¼th

1. Ëh¤ 30%

2. {æÞ{ 40%

3. frX™ 30%

¢{tkf «fhý™wk ™t{ „wý¼th1. fýtu™t ‚kºt™wk „r‚rð¿tt™ 10

2. [tf„r‚ 15

3. „whwíðtf»toý 10

4. ½™…ŒtÚttuo™t ytk‚rhf „wýÄ{tuo 10

5. ‚h÷™wk r{fur™õË 15

6. Út{tuoztR™ur{õË 15

7. Œtu÷™tu 10

8. ‚hk„tu 15

• «&™…ºt{tk …tXâ…wM‚f ytÄtrh‚ «&™tu …qAtþu.

Ätuhý-11 (rË{uMxh-2)¼tir‚frð¿tt™ (054) (G)

Ë{Þ : 3 f÷tf «&™…ºt™wk …rhY… fw÷ „wý : 100

2

3

4

5

6

7

8

9

Type of Questions and Marks :

Type of Question E/LA SAQ SA VSA MCQ Total

Number 03 08 16 16 16 59

Marks 12 24 32 16 16 100

Time (Min.) 20 40 72 24 24 180

Weightage of thw chapters :

Weightage to Objective :

Aim Knowledge Understanding Application Skill Total

Marks 35 40 20 05 100

Total 35% 40% 20% 05% 100%

No. Name of chapters Marks

1. Dynamics of a system of particles 10

2. Rotational Motion 15

3. Gravitation 10

4. Mechamical Properties of solids 10

5. Fluid mechanics 15

6. Thermodynamics 15

7. Oscillations 10

8. Waves 15 Total 100

Std. – 11 (Semester-2)Physics (054) (E)

Time : 3 Hrs. Scheme of question paper Total Marks : 100

Weightage to Difficulty Level :

No. Difficulty Level Weightage

1. Easy 30%

2. Average 40%

3. Difficulty 30%

Total 100

•Text book based questions will be in the question paper.

10

11

12

13

14

15

16