Roll No. : No. of Printed Pages : 5

ctoo : 9 C1ffi

crf:99cft

• fct'lWT: ~/qlfUl\J"'/~

•. ~: lRIcft

~:

~ : :{~

~ (Division) :

qc: sn~ (Roll No.) :

qlf~~ ~ ------

(R"""IiChI'<i6)

~~~------

.-1

>rJ3f :-c;cP 31) ~~ / ~~:

~ ~1gc;'(i')qlx,111~./ 31~fT ~ Cl'RT. (:()) , 0 31) 3l~:"CPR [kj31 \i11 fA I

31T)~ 0 31T) 3l~ 0,~) \JlhfAl [Z] ~) 31ticnR 0,.~)~ 0 ~) 3lT~ 0

31) R~ 0 31) ~I{lCl:llOjl"""l 031T) 9:~ 0 31T) ~RCl:IlOjH 0~) 9:~ 0 s) ~d)Cl:IlOjl"""l 0~) 9:~ [;2( ~) ~d)q"'lOjl"""l 0

(:{)~~~ ~: (~)31) (fc'Cf, ~~ 0 31)~,~ 031T) mer, ~~ D 31T) Fcr~fT"5c,~ 0s) (fc'Cf, ~~ D ~) Fcrfu5c, ~ 0~)mer, ~~ W ~)~~, ~

31) ~q?f, ~~ ~ 31) 31ftRT~,~~~ D31T) lJ;~, ~~ D 31T) 3111T~~,~~T~~TI 0

~ D 0~)~, ~~ s) 31tRT~, ~~~

~) ~qr?{, ~ D ~) 31tRT~, chfTlT [0'

CD

88 Page '2-- •

61") . ~~ (~I&ei'tl/I fc)fcM q ~a-.,. 31~vE9e:i~) (=<)9) tffl&f ~ - =<) <"1lxillOI~ -

31) 00 I ~&f 0 31) 7ff'ClOO D61") ~&f I 31:!~ 0 61") ~~ D

[;Z] ra ~Cfj) g~i=lll~ I qx$ Cfj)3TTCnm

--~) 1=f2R ~ - ~) ~W11Cf)C'141l1~ -

31) xcfi I WI awn D 31) ~li\jjOIl~ 061") :q-qf D 61") ~ 6TurR 0Cfj) 'Ei~ 0 Cfj) ~ ~ 6TurR ~

~) ffiRTclf ~~ 311~ - 'ffi' (9)

31)m CJ61") ~ CJCfj) ~ ~ I

••s) C1TifR CJ

~)31~ 1fCffi ~ 6J~Ollxl ~~ 3lToow : (9)

31)\1&JT CJ61") 1T'<l1 CJCfj) ~fuf GZJ~)(ft(l 0

t

~) RCflIRlI \1j'flft ~ ~~ ~ : ( 9 ) ~3TTCnT~T: ~'l1, 1f7R

\31fc: : ~'< I ............................

31) 3TfcA<fi ~ 61") ;:pJ DCfj)?f5Uft D ~ ) &fl1T~ftcif D

~) ~~~ ~ ~ 31100& : ( 9)

9) ~ - 31) '<TOO D =<) XJCi - ?1) ~~ D ~

61") ~ 0 61") g;r 0 ~Cfj) ~q 0 Cfj)XJClR 0

@

88 Page 3

~~:~ ~16C;m\i1'iI, ~16C;~c'il, CITCQ}ff.IR ~.

9 ) ~ <:IT q:cff en'tlT CflY~ \i1C'il ~ .. .. .. .. .. .. .. .. . cnr ?

31) N<=rr. c:J6f) 3ffiffi c:Jen) Ncm=r ~

:() 'Ql<W.R 'i'~ ~' @ qlCf>l'ql'!I'q1 312f :

31) ~ IDuT c=J6f) mffi ~c:ft CfRUt G:2ren) ~~ r==l

3) 31W ~R9d ~~ cnTum ~q x-rqffWp ~ 3$ ~ flTlfT.

~i~il'!ldC'"lIl 6fRtq;~ 'qCfllOJcn1 \3'5UII=£l1 fdUIJlIi'i1 ~q ~ 31B 3$.

31) 'q CfllOJ4i1''i 1 c::::J 6f ) 'q CfllOJemij)~ Den ) 'q CfllOJem 1.'"1 c::::J ~) 'q CfllOJem {'"1 D

( 9 )

'IS) ~ R~C'"lIl qlCfllid gfu ~~m CfllR ~ c:ftcrrcm ~ ~. ('IS)

~~ : Fch5lS'iI, ~'i', ~~, \JR-m, 31TfUr,~, quj', cnRUT, ~-~, ~

31) ~ ~ ~~ltCR cn® 'i' 3T~ ~lqC'"lIl. ~~ ~ ~'RR 3111(9'5~ 3$.

/

88 Page 4

31) ~oo D51") fmrr Dcp) fVc:rr Dz) ¢I'<ilcn~i D

31)~ D51") mq Dcp) ~'1qlfd D~)~ D

~)~~~~: (9 )

31) ~ - ~ D 31) ~-~ D51") h-r - ~x:T D 51" ) tfffl- tffi Dcp) ~-~m D cp) ~&fq)-~&fq) D~) ~~-~~ 0 z) ~ qR1c41 D

19 ) ~~ <W<l XTiQ ~ :

~ : ;S~~I~, 11ffi: l1T~<:rAT,

31)~ 05I")~ 0cp) WTRr D

( 9 )

~ ,~ .

31) ~ 05I")~ 0cp)~ D

~)CWfflT~ 31T~ : m en ~C1 q;m ? ( 9 )

9) mr ¢'1U II'11 q;s-ffi . D=<) qc;:<FfT ¢ '1UII=LII'all 6Rff p-ctt me, ;mft. D ~

~)3llCI1\Jf ~ ~ ~ ~ D'6) 3llCI1\Jf CfRUTR ~tT ~ q 1\5<11('1. D

( 9 )

~i~ ~ 3RRToo >fCfffi -grm~ Cf1C\T 6Rfi.

9) CUfCf) CJ=<) ~ CJs) 31~ICfll>1I11 CJ'6) mm CJ

,.

,.

88 Page 5

90) ~ 3llii5{{1 ~~ ~ -

~Uffl ~mttfi q;f\jftc;r ~ $11<:llllj)~ ~ C1:JCR=~ cnur <tffi.

9 ) UfcR=~CR - ~2fc;rr D=< ) $11<:1l1lj)cx5 - $11<:lll eN c=J~)~-~ CJ'6) qlCfllI(1 C{)lolcf)~ ~CB ~ D

99)~ ~ 3WxmT -

9 ) \[CP ~~<l fcMT2ff ~crR 31 q ElI(111 ~ CITtRiT.

:i ) \[CP ~ IIcx5cf) C1 fcMT2ff ~crR 31 q Ell (1111 CITtRiT.

~ ) ~1Icx5cf)C1 \[CP fcMT2ff ~crR 3lqElI(1111 CITtRiT.

'6) \[CP ~~=m fcMT2ff ~crR 3lqElI<1111 CITtRiT.

DDDCJ

9 =< ) 31m~~ ~~ 312%3lTcxmT.

9) ~~ ~~ S;~~~ ,!-qll'ft'~ fimoo ~ ~.

31)~~q~~. 06f)~~q~~. 0q;)~~~~. 0~)m~~.,m. 0

'" =? ) fc1\i111C11 @CB<:lll'tll ?fR1 mm ; qur ffi 3TrncR ~.

31) '!Wf~fu;r D6f) ~c;f&f DCB) ~I?l" Ds) ~m«f D

A9Roll No.Max. Marks : 25

No. of Printed Pages: 2Duration : 1 Hr.

Q.1 A) Read the following passage carefully and answer the questions given below. (8)

Inglis was stuck in an ice cave with fellow mountaineer Philip Doole - with

five cookies between them, the duo survived on half a biscuit a day for the

first five days. "At minus 20 degrees in that altitude, the human body tends to

burn as many calories as a racing cyclist," says Inglis, whose weight dropped

from 70 kg. to 39 kg. "The maximum someone had lasted in' our situation was

nine days. We spent most of our time praying for relief". It came on the seventh

day in the form of a helicopter which dropped food, sleeping bags, a primus and a

radio. On the thirteenth day, they were rescued. "But the worst was seeing my legs

rot later," Inglis says.

1) Name the fellow mountaineer of Inglis. (1)

2) What difficulties did Inglis and his fellow mountaineer face when they got stuck (2)

in the ice cave ?

3) What qualities of Mark Inglis do you come across in the passage ? Explain. (2)

4) Do as directed: (2)

i) "At minus 20 degrees in that altitude, the human body tends to burn as many

calories as a racing cyclist", says Inglis. (Change into indirect speech)

ii) We spent most of our time praying for relief. (Add a question tag)

5) Locate and write down words from the passage which mean - (1)

i) height above Sea Level

ii) Small cooker or stove

B) Do as directed :

1) He gives excuses. (Rewrite using 'often')

2) They (Iearn) English for last 5 years.

(Rewrite using the proper present tense form of the verb in brackets)

3) Taj Mahal is one of most wonderful creations.

(Use proper articles in the blanks if required)

4) Gopal gave me the advice. He is my mentor.

(Make it complex using proper relative pronoun)

(4)

(1)

(1)

(1)

. (1)

A9 Page '2

Q.2 A) Read the following extract and answer the questions given below. (8)

Start where you stand and never mind the past,

The past won't help you in beginning new,

If you have left it all behind at last

Why, that's enough, you're done with it, you're through;

This is another chapter in the book,

This is another race that you have planned,

Don't give the vanished days a backward look,

Start where you stand.

The world won't care about your old defeats

If you can start a new and win successes;

The future is your time, and time is fleet

And there is much of work and strain and stress;

Forget the buried woes and dead despairs,

Here is a brand-new trial right at hand,

The future is for him who does and dares,

Start where you stand.

1) What is said to be not helping you in beginning new? (1)

2) How does one come out of old defeats ? Explain. (2)

3) The poet says, "The future is for him who does and dares". Do you agree (2)

with this ? Why ?

4) Identify and explain the figure of speech in 12th line. (1)

5) Write down any two rhyming pairs of words and rhyme scheme of the extract. (2)

B) Write a letter to a celebrity inviting him to be a guest speaker at your college (5)

Annual Day Function. ~

Db

c) Mettez a I' interrogatif : [2]

1. IIy a un tableau dans la classe. ----------------------------~--2. Tu es etudiant.

d) Mettez au pluriel: [2]

1. C' est une gornrne.

2. Le livre est bleu.

e) Ecrivez l'article defini convenable (lei la 11'1 les) [2]

1. fenetres 2. tableau 3.---- ----- ------4. plafond.

hornme

IlL a. Trouvez les paires:1) Salut2) Bonjour Monsieur3) Au revoir4) A mardi5) Pas mal

[5]a) See you again (Bye) 1 -- _b) Hello 2 -- _c) Not bad. 3 -- _d) Good day Sir. 4 -- _e) See you on Tuesday. 5 -- _

• b. Completez avec les prepositions: [2]

1) Les etudiants sont (in) la classe.2) Le professeur est (in front of) le tableau.

c. Nommez:1. Deux rivieres franqaises - _

[3]

2. Deux montagnes francais - _

3. Deux villes francaises -

BONNE CHANCE

Db Unit Test _ I S\A~"v"sor~ s~~t~ _5t'YCl.~m~

- - - - - - Marks: 251<0\) No: - - 1)iv,'~,'oh'_ Time: Ihr.I.Repondez en francais par des phr;s~s ~~mpletes aux questions suivantes: [5]

:;J

I. Quels sont Ies mois de I'annee?

2. Combien de banes y a-t-il dans la classe?

3. De quelle couleur est Ie drapeau francais?~

4. Quel jour est-ce aujourd'hui?

5. Comment vous appelez-vous?

II. Grammaire et vocabulairea) Ecrivez les nombres en lettres: [2]

I. 41-

2. 11-

b) Mettez au negatif: [2]

1. Les stylos sont dans la trousse. _

2. C'est un sac.

S~~-v\'\;- ~ ~'" r+~ ~-f>r 12--

E5Roll No.":Max. Marks : 25

No. of Printed Pages·: 2Duration : 1 Hr.

Q.1 Translate the following passage: (any 1) (4)

9) ~ ~ CBT~iRT\if:4>lflC1"!I\i1: "if CBT~ff~ "if ~: ~ I '1crm: ~ 4?ft

312fClT~"@fT ~ I cn~~·~ <4ICl,,!OlPilif~,!3Pilllffi I 11f1f: g ~.g>tm=r: I

~;r x2R fcl?~ qWif ~ ~ 31Wr x2R W 'Pf! ~TCfll'1l I ~ ~~ ~ I

I,

:() I'q~~ ClFf, ~~ I fllll"!4>C"C'11C1T:~~t <'fR mq! >lll('1e-- 8 I ~ l1~ ~ g>~ffRl.

~ 'o/-1T:~ I g;1: Xil"'R fclc;tt;n: ~ I ~ ~ g;1: g;1: ~;r ~ \3C'f1I61~

Q.2 Translate the following verses: (any 1) (2)

9) ~~(1Rl=~6[~~: I

flq<4ICh<f~TI~'4 'liTflT ~~~ful II

=< ) \3Gli1 enIfc;j~ Iflf"£! ~*Tt~ I

~: q~C1Ifc;j,d ~ x-rR1~ TJTT: "

Q.3 Fill in the blanks: (4)

t

9) ~XT lIOHI>lfl\$.·~ ~ enlfc;j~Ifl: I (~)

:() l1l1 ~~sfq W 'f\i1T: W ~A"if x-rR1 I (XT\JRj

~) cmflC1"!I\i1: li'R \3CfC'lClli I (c=<:rq - Gerund / ~enlC1ClI:qen)

'd) <4~I;:ftilq 4~: ~'1c=rr: I (~)

Q.4 Dissolve Sandhis: (any ~) (3)

E5 Page 2

0.5 Recognise the forms: (any ~) (03)

9) ~.q

=<) ~ICf'jfIIC'l

~)~:

~)l1'1 -

0.6 Dissolve compounds and name it : (any ~) (3)

9) ~:

=< ) ilIC'ilillC'iLt

~). BClf2h=rr~

~) f.1xr~T:

0.7 Do as directed: (any ~)

9) ~ ~ ~ ~ ~ ~;rocFffi ~ , (Make it plural)

=<) ~~ w:ftq tf)cNluli ~: ~q{-lR'l R '(Remove R)

~) rr~ ~~ ;r ~ , (Correct the sentence)

(2)

Q.8 Draw a tree diagram: (4)~ fWt'C:P1. ", ~~ crftFch4i.:>-"Cl,crftfcncp 4i'c~'RI J)lc~4ilclj (l211 'G ~~-z:rq;rut ~ >l4ilxgllLt ,

J)lc~4ilc~f~ <m-~-~ '3,cffiulf~ >l4i1'!i:l1~ Y614ilcziI {gU;S4ilclj I ljCf<1cn.<plczi I

f

fct1~4ilc~f?lR1 qtl4ilc~x-~ w.nRT:,~~ffr 'G ~ 'Y614iICZl>l4iIx'l " ~1<14i4ilc~Xj~

~ jCf<14i4i Ic~>l4iIx'l ,

C7Roll No. :Max. Marks : 25

No. of Printed Pages: 1Duration: 1 Hr.

>r.9 Plkj f2qR!H'1 >T~;fl ~ ~ fcl:R:fi ~ >T~" em \3m ~ 9 0 0 ~~ ~ ~ 1 ( ~ )

9 ) Cfidg=q'C; ~ 3l1\1OJ~iAiI'i WTR q~~~~ Cfm cpm ?

~) '~tzcn CfRT-~' m'tl em ~~~ ~ 1

>T.~ f.ikjf2qR9d >T~;fl ~ ~ fcl:R:fi ~ >T~" em \3m crrr'l1lT (0 ~~ ~ ~ 1 (~)

9) ''l1fcffl 'l1JCAT' Cf>TUT-q]Q ~ 'l1lfClT'i' rp'5Uf 3lR xr'tlT ~ ~ s~iSlld=cf1dem 3l1=A ~~

~~I

~) 'tf en xWR ~ ~' q]Q ~ rp'5Uf ~ ~ UfCITf ~ 1fuT ~ 'l1fcffl 'l1m em ~1OJ$11~~ ?

>T.~ Plkjf2qftld QcqfUl~l' ~ ~ ~ m QcqfUl~l' em crrr'l1lT G 0 ~~ ~ ~ 1 (G)

9) cf~ltm:cf5't cWR ~ cf5't <:rfIT 1

~) cf~ltm:3lR '1CWf cf5't ~

s) q~ cf5't ~ 1

'IS) 'cjilC1l~c' ~ ~ lifq 1

••

PIkj f2qftl d >T~;fl ~ ~ ~ ;:Jf >T~;fl ~ \3m ~ 1 ~ tzcn >T~" em \3m tzcn- tzcn cncfll' ~

611

9 ) '~c;rr 'i1ft x:r1RT' lj;mcR em 31~ ~ 1

~) q:0~G ~ CfR'1T CftlT 'i1ft 'q'ffiffi 2IT1

~) Cfi8g=q'c; cnm \jfRT ~ ~ ?

'IS) x=crf~ ~ cf5't f.1"~TFft Cfm ~ ?

~ ) '&IT ~ ~ 3lT lfC!' ~ 31~ Cfm ~ ?

G) 'l1lfClT'i' rp&JT ~ Cfm ~ xr'tlT em 3ltRt 5fTdT ~ ~ ~ ?

19) rpwr ~ fcR6 ~ ~m<>ffiT ~ C11Rfi ~ ?

c ) ~ em ~(YRT~lt fcl;x:A cpm ?

~) lfRT ~ ~ em ~ ~ CftlT fqm ?

9 0) ~ cf5't 'l1fcffi ~ 1fuT Cfm - Cfm ~ C1'ft ?

..-~:~.- ..

o

F4Roll No. :Max. Marks : 25

No. of Printed Pages: 2Duration : 1 Hr.

Instructions :1) All questions are compulsory.2) Figures to the right indicate marks.3) Draw diagrams wherever necessary.4) Use of log tables is allowed.

SECTION A

Q.1 Select and write the correct option for multiple choice questions. (10)

1) Which of the following sets cannot enter into the list of fundamental quantitiesin any system of units ? .,.

a) Length, mass and velocityb) Length, time and velocityc) Mass, time and velocityd) Length, time and mass.

2) The velocity of a particle v at time t is given by

v = at + bt+c

The dimensions of a, b, c respectively are

a) LT-2, L, T

b) L2, T, LT2

c) LT2, LT, L

d) L, LT, T2

3) The dimensions of light year are

a) [L-1] b) [T] c) [L] d) [T-1]

4) A force F is applied on a square plate of side L. If percentage error in determining

L is 2% and that in F is 4%, what is the permissible error in pressure?

a) 2% b)4% c) 6% d)8%

5) Certain length is measured to be 6.020cm. The number of significant figures are

a) 3 b) 2 c) 4 d) None of the above

6) The critical angle for a ray of light coming from a medium to air is 30°. The

velocity of light in the medium is

a) 1.5 x 108 m/s b) 3 x 108 m/s

c) 6 x 108 m/s d) 2.5 x 108 rn/s

F4 Page 2

7) When light moves from air to water, which of the following characteristicschange ?a) wavelength b) frequencyc) amplitude d) none of the above

8) A ray of light passes through an equilateral prism such that the angle of incidenceis equal to the angle of emergence and the latter is equal to the (3/4)th the angleof prism. The angle of deviation is -a) 450 b) 390 c) 200 d) 300

9) The sky appears blue because -a) Red light is absorbedb) Blue light is scattered mostc) Blue light is absorbedd) Blue is the natural colour of the sky.

10) When a glass prism is placed inside the water, its dispersive powera) decreasesb) increasesc) remains the samed) may increase or decrease depending on angle of the prism.

SECTION B

0.2 Attempt the following questions.

1) State the uses of dimensional analysis. (3)

2) For a prism, show that i + e = A + 8 where all the symbols have their usual (4)

meaning.

0.3 Attempt any two of the following questions.

1) The minimum deviation produced by a glass prism of angle 60° is 40°. If the (4)velocity of light in vacuum is 3x108 m/s. Calculate the velocity of light in glass.

2) The frequency of vibration 'n' of a simple pendulum depends upon the length Q and (4)acceleration due to gravity 'g'. Using the method of dimensional analysis,derive an expression for frequency.

3) A ray of light incident at a certain anqte.on one face of the prism of refracting (4)angle 45° retraces its path after refraction from the opposite face of prismwhich is silvered. Calculate the angle of incidence of the ray of light if the refractiveindex of prism is 1.414.

~ s"c- ~~~~~ "L ~,~ ~~(r- s.~ rz.;H3

Roll No. :Max. Marks : 25

No. of Printed Pages : 2Duration : 1 Hr.

Instructions :

1) All questions are compulsory.

2) Give balanced equation and draw neat labelled diagrams wherever necessary.

3) Figures to the right hand side indicate full marks.

4) Atomic masses - H=1, N=14, 0=16, Ca=40, CI=35.5, C=12.

0.1 Select and rewrite the most appropriate answer from the given alternatives for each (4)

su b-q uestion.

i) At constant temperature the pressure of a given mass of gas varies with

its volume.

a) inversely b) reciprocally c) directly d) square root

ii) The type of interaction between benzene and ammonia is -'

a) dipole-dipole interaction b) ion-dipole interaction

c) dipole-induced dipole d) dispersion force

iii) The average atomic mass of an element is due to presence of

a) isobars b) isotopes c) different atoms d) molecules

iv) 0.01 moles of NH4N03 will weigh -

a) 0.08 kg b) 80 g c) 8 g d) 0.8 g

Q.2 Answer any four of the following. (8)

i) State and explain law of multiple proportions.

ii) Calculate the number 'of moles of water present in 1 lit of water.

(density of H20 = 1gm/cc)

iii) What is intermolecular force of attraction ? How does it affect the melting point

and boiling point ?iv) Prove that molar volume of gas is 22. 414 L mor" at STP.

v) Give reason: Ammonia has higher boiling point than Methane.

vi) Find the mass percentage of calcium present in CaCI2.

0.3 Select and rewrite the most appropriate answer from the given alternatives for each (5)

sub question.

i) In determination of empirical formula, atomic ratio gives -

a) 'weight of atoms present in a given compound

b) constituent atoms present in a given compound

c) minimum number of atoms present in a molecule

d) empirical formula weight of a given compound

~H3 Page 2

ii) In thin layer chromatography, amino acids are easily detected by -

a) putting the plate under ultraviolet light

b) keeping the plate in a covered jar containing a few crystals of iodine.

c) Introducing the plate in the sun light.

d) spraying the plate with ninhydrin solution.

iii) Glycerol can be separated from spent-lye in soap industry by using -

a) distillation under reduced pressure

b) steam distillation

c) fractional distillation

d) fractional distillation using fractionating column

iv) Crystals of monoclinic sulphur has a structure -

a) Cubic b) Hexagonal c) Needle Shaped d) Octahedral

v) Allotrope of Carbon which is unusually symmetrical is -

. Q.4 Answer any four of the following. (8)

i) Give any four characteristics of organic compound.

ii) Why fractionating columns are used in fractional distillation? Draw anyone

fractionating column.

iii) Write a note on differential extraction.

iv) When steam distillation technique is used ? Draw neat labelled diagram of it.

v) What is fractional crystallisation ? In the separation of CuS04 and alum from

their mixture which one will crystallised out first? Why ?

vi) An organic compound contains 36.6% Carbon, 12.8% Hydrogen, 25.5% Nitrogen. ••

Find its empirical formula.

Roll No.Max. Marks : 25

No. of Printed Pages: 2Duration : 1 Hr.

Instructions to the candidate:

1) All questions are compulsory.

2) Figures to the right indicate full marks.

•. 3) Draw diagrams wherever necessary.

Section I

Q.1 Select and write the most appropriate answers from the given alternatives. (10)

1) The cells of root cap secrete for lubricating the passage of root

through the soil.

a) mucilage b) sugar c) lipid d) proteins

2) The embryonic region between cotyledons and radicle is

a) Epicotyl b) Hypogeal c) Hypocotyl d) Epigeal

3) Aerial roots growing obliquely downwards and giving mechanical support are .

a) Taproots b) Stilt roots c) Fibrous roots d) Epiphytic roots

4) is a compact young shoot consist of condensed stem, overlapped

by young, immature leaves ...

a) Root b) Stem c) Inflorescence d) Bud.

5) Growth of rhizome taking place with the help of lateral buds is known as .

Rhizome.

a) Monopodial b) Sympodial c) Amphipodial d) Mesopodial

6) Non-green develops from the axil of scale leaf in the underground

part of the stem.

a) Sucker b) Offset c) Runner d) Stolon

K2 Page 2

7) The veins are strands of lamina.

a) parenchyma b) meristematic c) conducting d) descending

8) is the largest terminal bud.

b) Cabbage c) Carrot d) Garlica) Radish

9) Axillary bud becomes fleshy and rounded due to storage of food is called .

a) Bulb b) Sucker c) Bulbil d) Runner

10) does not possess apical bud or a regular growing point.

a) Root b) Stem c) Leaf d) Inflorescence

SECTION II

Q.2 A) Answer in one sentence. (4)

1. Name the epithelium with microvilli and give its function.

2. What is the function of mast cells ?

3. Name the different types of neurons on the basis of their functions and' processes.

4. Give the functions of ligaments.

B) Sketch and label - Multipolar neuron. (2)

Q.3 Answer any three.

1. Describe adipose tissue.

2. Differentiate between striated and nonstriated muscle fibre.

3. With a suitable diagram describe haversian system.

4. Give the location, structure and function of ciliated epithelium.

(9)

••

.~ .~DQ'" s~ 'M~ ~

R1Roll No.Max. Marks : 25

No. of Printed Pages : 2Duration : 1 Hr.

Note : 1) All questions are compulsory.

2) Figures to the right indicate full marks.

- Q.1 A) Attempt any four:

i) Find the points on y axis, which also lie on the locus represented by the equation (2)

3x2- 5xy + 6y2 - 54 = O.

ii) If ec = 900°, Find e. (2)

iii) Find a unit vector along

3l-9J+!iOk

(2)

iv) Find the value of i2 + i3 + i8 + i9 (2)

v) A={1,3,5,7,9},

S = {1, 2, 3, 4, 5, 6, 7, 8}

(2)

Find AnS.

S) Attempt any three:

i) Find the projection of a. on b where

a =T - T + k and E = T + T - ii<

(3)

ii) The perimeter of a sector of a circle, of area 647t sq. ems. is 56 ems. (3)

Find the area of sector.

iii) Using Venn diagrams, represent (3)

(b) Ana'

I~R1

iv) Simplify the following :

2 log 3 - ~ log 16 + log 12

C) Attempt any two :

Page 2 -

(3)

i) Q is a point on the locus X2 + y2,= 25 and the point A is (2,1). Find the equation (4)

of the locus of a point P, which divides segment AQ internally in the ratio 2:3.

ii) Find the modulus and argument of the complex number

1 + 2 i

1 - 3 i

iii) If a2 = b3 = c5 = d6 then find the value of logd (abc).

- ..-~!-~.-

(4)

(4)

'.