Hindi CLASSROOM CONTACT PROGRAMME · Starting from the origin a body oscillates simple harmonically with a time period of 2s. After what time will its kinetic energy be 75% of the

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1. A seat marked with Reg. No. will be allotted to each student. The student should ensure that he/she occupies the correct seatonly. If any student is found to have occupied the seat of another student, both the students shall be removed from the examinationand shall have to accept any other penalty imposed upon them.

;

; 2. Duration of Test is 3 Hours and Questions Paper Contains 180 Questions. The Max. Marks are 720.

3 ? = 180 720

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] ; ; 4. Student must abide by the instructions issued during the examination, by the invigilators or the centre incharge.

; }5. Before attempting the question paper ensure that it contains all the pages and that no question is missing.

= , 6. Each correct answer carries 4 marks, while 1 mark will be deducted for every wrong answer. Guessing of answer is harmful.

4 17. A candidate has to write his / her answers in the OMR sheet by darkening the appropriate bubble with the help of Blue / Black Ball

Point Pen only as the correct answer(s) of the question attempted.

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8. Use of Pencil is strictly prohibited.

Your Target is to secure Good Rank in Pre-Medical 2016

Do not open this Test Booklet until you are asked to do so [

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TARGET : PRE-MEDICAL - 2016

LEADER & ACHIEVER COURSEPHASE : MLI,MLJ & MAZC

Note : In case of any Correction in the test paper, please mail to [email protected] within 2 days along with Papercode and Your Form No.

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Test Type : MAJOR Test Pattern : AIPMT

TEST DATE : 20 - 03 - 2016

Paper Code : 1001CM303415033

TEST SYLLABUS : SYLLABUS - 02

Hin

di

PHYSICS : Propert ies of matter and Fluid Mechanics ,Thermal Physics-I(Thermal Expansion, Calorimetry, Heat Transfer)Thermal Physics-II (Behavior of Perfect Gases and KTG,Thermodynamics)Oscillations (SHM, damped and forced oscillations &Resonance)Wave Motion and Doppler's Effect

CHEMISTRY : Classification of Elements and Periodicity in PropertiesChemical Bonding and Molecular StructureHydrogens-Block Elements (Alkali and Alkaline Earth Metals)p–Block Elements (Group - 13 & 14)p–Block Elements (Group - 15, 16, 17 & 18)The d and f-block Elements

BIOLOGY : Plant Physiology : (i) Transport in Plants (ii) Mineral Nutrition(iii) Photosynthesis in Higher Plants (iv) Respiration in Plants(v) Plant Growth and Development, Enzyme

Human Physiology : (i) Digestion and Absorption(ii) Breathing and Exchange of Gases (iii) Body Fluids and

circulation(iv) Excretory Products and their Elimination(v) Locomotion and Movement(vi) Neural Control and Coordination, Eye & Ear(vii) Chemical Coordination and Integration

ALLEN AIPMT TEST DATE : 20 - 03 - 2016

SYLLABUS – 2

LEADER & ACHIEVER COURSE (PHASE : MLI, MLJ & MAZC)

H-1/33

Leader & Achiever Course/Phase/MLI+J+MAZC/20-03-2016

1001CM303415033

BEWARE OF NEGATIVE MARKINGHAVE CONTROL HAVE PATIENCE HAVE CONFIDENCE 100% SUCCESS

1. Young's modulus of elasticity of material dependsupon(1) Nature of material(2) Force applied(3) Shape and size of body(4)All of these

2. In a thermodynamic process pressure of a fixedmass of a gas is changed in such a manner that thegas releases 20 J of heat when 8 J work was doneon the gas. If the initial internal energy of the gaswas 30 J, then the final internal energy will be–

(1) 2 J (2) 18 J

(3) 42 J (4) 58 J

3. 50 g ice at 0°C is dropped into a calorimetercontaining 100 g water at 30°C. If thermalcapacity of calorimeter is zero then amount ofice left in the mixture at equilibrium is–(1)12.5 g (2)25 g(3)20 g (4)10 g

4. Velocity at mean position of a particle executing

S.H.M. is v, then velocity of the particle at a

distance equal to half of the amplitude

(1) 4v (2) 2v (3) 3

v2

(4) 3

v4

5. Which of the following statements is false–(1)The wavelength of sound does not depend on

reference frame of observer(2)Motion of source of sound effects the

wavelength(3) When source of sound and observer both are at

rest and medium is moving than wavelength andvelocity of sound changes in equal proportion

(4)When only medium moves from source toobserver, frequency heard by obsever will begreater than original frequency

6. Two wires of the same material have lengths in

the ratio 1 : 2 and their radii are in the ratio 1 : 2 .

If they are stretched by applying equal forces. Theincrease in their lengths will be in the ratio–

(1) 2 : 2 (2) 2 : 2(3) 1 : 1 (4) 1 : 2

1. ;

(1)(2)(3) (4)

2.

20 J

8J ;

30 J &

(1) 2 J (2) 18 J

(3) 42 J (4) 58 J

3. 0°C 50 g 100 g

30°C ;

; / ; ; –(1)12.5 g (2)25 g

(3)20 g (4)10 g

4. /; v ] &

(1) 4v (2) 2v (3) 3

v2

(4) 3

v4

5. ; –

(1) /; =

(2) / /;

(3) / , /;/;

(4) /; ] } ]

6. 1 : 2

1 : 2 ;] –

(1) 2 : 2 (2) 2 : 2

(3) 1 : 1 (4) 1 : 2

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Major Test For Target : Pre-Medical 2016/20-03-2016

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7. Following figure shows P-T graph for fourprocesses A, B, C and D. Select the correctalternative–

(1)A – Isobaric process P

T

A

BC

D

(0,0)

(2)B– Adiabatic process

(3)C– Isochoric process

(4)D– Isothermal process

8. At what temperature average speed of O2 will

be th

74

of rms speed of N2 at 47ºC–

(1)1320 k (2)1500 k(3)273 k (4)1000 k

9. A particle executes SHM. Its velocities are v1and

v2 at displacement x1 and x2 from mean position

respectively. The frequency of oscillation will be:

(1)

1/ 22 21 22 21 2

1 v v2 x x

(2)

1/ 22 21 22 22 1

1 v v2 x x

(3)

1/ 22 21 22 21 2

1 x x2 v v

(4)

1/ 22 22 12 21 2

1 x x2 v v

10. A car 'A' chasing another car 'B' with a speed of20 m/s sounding a horn of 180 Hz. While both carsare moving towards a stationary siren of frequency170 Hz. What is the speed of car B so that it can'thear any beat (speed of sound = 340 m/s)(1) 34 m/s (2) 22 m/s (3) 20 m/s (4) zero

11. The Young's modulus of a wire is y. If the energyper unit volume is E, then the strain will be–

(1)2Ey (2) E 2y

(3) Ey (4) Ey

7. P-T

&

(1)A – ; P

T

A

BC

D

(0,0)

(2)B –

(3)C –

(4)D – ;

8. O2 N2 47ºC rms

th

74

–

(1)1320 k (2)1500 k(3)273 k (4)1000 k

9. /; x1

x2 % v1 v2

:-

(1)

1/ 22 21 22 21 2

1 v v2 x x

(2)

1/ 22 21 22 22 1

1 v v2 x x

(3)

1/ 22 21 22 21 2

1 x x2 v v

(4)

1/ 22 22 12 21 2

1 x x2 v v

10. 'A' 20 m/s 180 Hz, 'B'

, ] 170 Hz B

( = 340 m/s) :-(1) 34 m/s (2) 22 m/s (3) 20 m/s (4) zero

11. ; y ] ; , E ] –

(1)2Ey

(2) E 2y

(3) Ey (4) Ey

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12. The figure shows P-V diagram of athermodynamic cycle. Which correspondingcurve is correct?

P

V(0,0)

A

B C

D

(1)

P

TO

A

B C

D (2)

P

TO

A B

CD

(3)

P

TO

A

B C

D

(4)

P

TO

A B

CD

13. A vessel of volume 8 litre contains an ideal gas

at 300 K and 2 atm pressure. The gas is allowed

to leak till pressure become 125 kpa calculate

amount of moles which leak out if temperature

remain constant–

(1)0.4 moles (2)0.24 moles

(3)0.34 moles (4)0

14. Starting from the origin a body oscillates simple

harmonically with a time period of 2s. After what time

will its kinetic energy be 75% of the total energy :-

(1) 1/3 sec (2) 1/12 sec

(3) 1/6 sec (4) 1/4 sec

15. A vibrating string of certain length under a tension

T resonates with a mode corresponding to the first

overtone (third harmonic) of an air column of length

75 cm inside a tube closed at one end. The string

also generates 4 beats per second when excited

along with a tuning fork of frequency n. Now when

the tension of the string is slightly increased the

number of beats reduces to 2 per second. Assuming

the velocity of sound in air to be 340 m/s, the

frequency n of the tuning fork in Hz is :-

(1) 344 (2) 336 (3) 117.3 (4) 109.3

12. P-V , P-T

P

V(0,0)

A

B C

D

(1)

P

TO

A

B C

D (2)

P

TO

A B

CD

(3)

P

TO

A

B C

D

(4)

P

TO

A B

CD

13. = 2 atm 300 K 8

125 kpa (leak)

; (leaked)

, –

(1)0.4 moles (2)0.24 moles

(3)0.34 moles (4)0

14. , 2s

; 75% :-

(1) 1/3 sec (2) 1/12 sec

(3) 1/6 sec (4) 1/4 sec

15. , T ] ,75

; , =

n ] } ; 4

<+ [; ? 2

/ 340 m/s ]= n(Hz )

(1) 344 (2) 336

(3) 117.3 (4) 109.3

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16. There is a small hole in a hollow sphere. The waterenters in it when it is taken to a depth of 40 cmunder water. The surface tension of water is 0.07 N/m.The diameter of hole is–(1)7 mm (2)0.07 mm(3) 0.0007 mm (4) 0.7 m

17. For a certain process, pressure of diatomic gasvaries according to the relation P = aV2, where ais constant. What is the molar heat capacity ofthe gas for this process?

(1)17R

6(2)

6R17

(3)13R

6(4)

16R7

18. At 27°C rms velocity of H2 gas is 100 m/s findrms velocity of O2 gas at 327°C

(1) 100

2(2)

50

2

(3) 100 (4) 100 2

19. A particle excutes SHM on a straight line path. Theamplitude of oscillation is 2cm. When the displacementof the particle from the mean position is 1cm, thenumerical value of magnitude of acceleration is equalto the numerical value of magnitude of velocity. Thefrequency of SHM is (in second-1) :-

(1) 2 3 (2) 2

3(3)

32

(4) 1

2 320. As a wave propagates :–

(1) The wave intensity remains constant for aplane wave

(2) The wave intensity decreases as the inverse ofthe distance from the source for a spherical wave

(3) The wave intensity decreases as the inverseof square of the distance from the source fora spherical wave

(4) Total intensity of the spherical wave over thespherical surface centred at the sourceremains constant at all time

21. The reading of spring balance when a block issuspended from it in air, is 60N. This reading ischanged to 40 N when the block is immersed inwater. The specific density of the block is–

(1) 3 (2)23

(3) 6 (4) 32

16. [ , 40 cm

0.07 N/m –

(1)7 mm (2)0.07 mm

(3) 0.0007 mm (4) 0.7 m

17. , P = aV2

a

, / &

(1)17R

6(2)

6R17

(3)13R

6(4)

16R7

18. 27°C H2 rms 100 m/s O2

327°C rms &

(1) 100

2(2)

50

2

(3) 100 (4) 100 219. ;

2cm /; 1cm

(sec-1 ) -

(1) 2 3 (2) 2

3

(3) 3

2(4)

1

2 3

20. :–

(1) , ] ;

(2) ] ;;

(3) ];

(4) ; ;

21.60N 40 N

] ? –

(1) 3 (2)23

(3) 6 (4) 32

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22. An ideal heat engine operates on Carnot cyclebetween 227°C and 127°C. It absorbs 6×104 calat the higher temperature. The amount of heatconverted into work equals to–

(1)4.8×104 cal (2)3.5×104 cal

(3)1.6×104 cal (4)1.2×104 cal

23. In the adiabatic compression, the decrease involume is associated with:

(1) increase in temperature and decrease in pressure

(2) decrease in temperature and increase in pressure

(3) decrease in temperature and decrease in pressure

(4) increase in temperature and increase in pressure24. The period of small oscillation of a simple

pendulum is T. The ratio of density of liquid tothe density of material of the bob is ( < 1).Whenimmersed in the liquid, the time period of smalloscillation will now be(1) T (2) T(1- )

(3) T

1 (4) T 1

25. A wave travelling along the x-axis is describedby the equation y (x, t ) = 0.005 cos ( x t ). Ifthe wavelength and the time period of the waveare 0.08m and 2.0 s respectively then a and b inappropriate units are

(1) = 25.00 , = (2)0.08 2.0

,

(3)0.04 1.0

, (4) 12.50 ,2.0

26. Two equal drops are falling through air with asteady velocity of 5 cm/second. If two dropscoalesce to form one drop then new terminalvelocity will be–

(1)5 × (4)1/3 cm/s (2) 5 2 cm/s

(3) 5

2 cm/s (4) 10 cm/s

27. Which of the following material is most suitable

for cooking utensil?

(1)Low conductivity and low specific heat

(2)High conductivity and low specific heat

(3)High conductivity and high specific heat

(4)Low conductivity and high specific heat

22. 227°C 127°C

/; 6×104

] –

(1)4.8×104 cal (2)3.5×104 cal

(3)1.6×104 cal (4)1.2×104 cal

23. ] %

(1)

(2)

(3)

(4)

24. T

? (bob) ?( < 1) ; ,

, &

(1) T (2) T(1- )

(3) T

1 (4) T 1

25. x- ,

y (x, t ) = 0.005 cos ( x t ) ;

/; % 0.08m 2.0 s

(1) = 25.00 , = (2)0.08 2.0

,

(3)0.04 1.0

, (4) 12.50 ,2.0

26. 5 cm/sec ; ,

–

(1)5 × (4)1/3 cm/s (2) 5 2 cm/s

(3) 5

2 cm/s (4) 10 cm/s

27. [ , (suitable) ?

(1) ,(2) ,(3) ,(4) ,

:

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28. Compressed air in the tube of a wheel of a cycleat normal temperature suddenly starts coming out

from a puncture. The air inside

(1) Starts becoming hotter

(2) Remains at the same temperature

(3) Starts becoming cooler

(4) May become hotter or cooler depending uponthe amount of water vapour present

29. Two particles are executing SHM in a straight line.Amplitude 'A' and time period 'T' of both theparticles are equal. At time t = 0 one particle is

at displacement x1 = +A and other at 2

Ax

2 and

they are approaching towards each other. Timeafter which they will cross each other is

(1)T3

(2) T4

(3) 5T6

(4) T6

30. A wave y = a sin( t – kx) on a string meets withanother wave producing a node at x = 0. Thenthe equation of the unknown wave is-

(1) y = a sin( t + kx)

(2) y = – a sin( t + kx)

(3) y = a sin( t – kx)

(4) y = – a sin( t – kx)

31. Area of liquid film is 6 × 10 cm2 and surfacetension is T = 20 dyne/cm. What is the work doneto change area upto 12 × 10 cm2 :–(1) 120 J (2) 120 erg.(3) 1200 J (4) 2400 erg.

32. Gravitation force is required for

(1)Stirring of liquid (2)Convection

(3)Conduction (4)Radiation33. Which of the following statements is correct for

any thermodynamic system

(1) The internal energy changes in all processes

(2) Internal energy and entropy are state functions

(3) The change in entropy can never be zero

(4) The work done in an adiabatic process is

always zero

28. ; ,

&

(1)

(2)

(3)

(4) ; ] ;

29. 'A' 'T' ; t = 0

, x1 = +A 2

Ax

2 ,

; , ] :-

(1)T3

(2) T4

(3) 5T6

(4) T6

30. y = a sin( t – kx) , ]

, , ; /; ]

x = 0

%(1) y = a sin( t + kx)(2) y = – a sin( t + kx)(3) y = a sin( t – kx)(4) y = – a sin( t – kx)

31. { 6 × 10 cm2

T = 20 dyne/cm { 12 × 10 cm2

, :–(1) 120 J (2) 120 erg.(3) 1200 J (4) 2400 erg.

32. &

(1) (2)

(3) (4)33. ; ,

; &

(1)

(2) ,

(3) ;

(4) ;

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34. From the given displacement time graph of anoscillating particle, find the maximum velocity ofthe particle

X(in m)

0.21 2 3 4 t (in sec)

– 0.2

(1) 2 ms-1 (2) ms-1

(3) 0.2 ms-1 (4) 2 ms-1

35. Two vibrating tuning forks produce progressivewaves given by y1= 4 sin(500 t) and y2= 2 sin(506 t).These tuning forks are held near the ear of a person.The person will hear beats/s with intensity ratiobetween maxima and minima equal to . Find thevalue of (1) 3 (2) 6(3) 9 (4) 12

36. A boat carrying a number of large stones is floatingin a water tank. What would happen to the waterlevel if a few stones are unloaded into water :-

(1) Rises

(2)Falls

(3)Remains unchanged

(4) Riss till half the number of stones are unloadedand then beging to fall

37. Two Carnot engines A and B are operated inseries. The engine A receives heat from thesource at temperature T1 and rejects the heat tothe sink at temperature T. The second engine Breceives the heat at temperature T and rejects toits sink at temperature T2. For what value of Tthe efficiencies of the two engines are equal?

(1) 1 2T T2

(2) 1 2T T2

(3)T1T2 (4) 1 2T T

38. The isothermal Bulk modulus of an ideal gas at

pressure P is :-

(1) P (2) P

(3) P / 2 (4) P /

34. ; &

X(in m)

0.21 2 3 4 t (in sec)

– 0.2

(1) 2 ms-1 (2) ms-1

(3) 0.2 ms-1 (4) 2 ms-1

35. = y1= 4 sin(500 t) y2= 2 sin(506 t)

,

;

(1) 3 (2) 6 (3) 9 (4) 12

36. , ;,

:-

(1) <+

(2)

(3)

(4) <+ ?

37. A B A,

T1 T

B T T2

T ,

?

(1) 1 2T T2

(2) 1 2T T2

(3)T1T2 (4) 1 2T T

38. P , ; &

(1) P (2) P

(3) P / 2 (4) P /

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39. A particle is performing simple harmonic motionwith angular frequency ' ' and amplitude 'A'. If'a' is acceleration and 'v' is speed at any instant.Then the graph showing correct variation betweenv2 and x2 is (where x is displacement)

(1)

V2

x2

(2)

V2

x2

(3)

V2

x2

(4)

V2

x2

40. Two identical waves 1 and 2 each of intensity I0are superimposed. The resulting intensity is :

A

x

y1 2

4

(1) I0 (2)02 2 I

(3)4I0 (4)2I0

41. Compressibility per unit atm. pressure of wateris ' ' and if due to pressure P there is decrementin volume V, find change is volume(1) P / V (2) PV(3) / PV (4) V / P

39. ' ' ; 'A' { 'a'

'v' v2 x2 ( x ) &

(1)

V2

x2

(2)

V2

x2

(3)

V2

x2

(4)

V2

x2

40. 1 2 I0 ,

/; ] :

A

x

y1 2

4

(1) I0 (2)02 2 I

(3)4I0 (4)2I0

41.' ' P ; V

(1) P / V (2) PV(3) / PV (4) V / P

] <+

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42. Four rods of same material and having the samecross section and length have been joined, asshown. The temperature of junction of four rodswill be–

0° 30°

60°90°

(1) 20°C (2) 30°C

(3) 45°C (4) 60°C

43. Pressure-temperature relationship for an ideal gas

undergoing adiabatic change is ( = Cp/Cv)

(1) PT = constant

(2) PT = constant

(3) P T = constant

(4) P1– T = constant

44. The angular velocity and the amplitude of a simplependulum is ' ' and 'A' respectively. At a displacementx from the mean position its kinetic energy is 'T' and

potnetial energy is 'V'. Then the ratio VT

is :-

(1)2 2

2 2

xA x

(2) 2 2

2 2

A xx

(3) 2

2 2

xA x

(4) 2 2

2

A xx

45. If Vm is the velocity of sound in moist air, Vd isthe velocity of sound in dry air, under identicalconditions of pressure and temperature :

(1) Vm > Vd (2) Vm > Vd

(3) Vm = Vd (4) VmVd =1

42. { = ,

–

0° 30°

60°90°

(1) 20°C (2) 30°C

(3) 45°C (4) 60°C

43. : , & ( = Cp/Cv)

(1) PT =

(2) PT =

(3) P T =

(4) P1– T =

44. ; ' ' 'A'

/; x 'T'

'V' ] VT

&

(1)2 2

2 2

xA x

(2) 2 2

2 2

A xx

(3) 2

2 2

xA x

(4) 2 2

2

A xx

45. / Vm ] /

Vd ] %

(1) Vm > Vd (2) Vm > Vd

(3) Vm = Vd (4) VmVd =1

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46. Which of the following magnetic moment valueswill corresponds to highest ionization energy forMn :-

(1) 2 2 (2) 15

(3) 35 (4) 24

47. Select equation having exothermic step

(1) – –2(g) (g)S S (2) (g) (g)Na Cl NaCl(s)

(3) N(g) –(g)N (4) 2 3

(g) (g)Al Al

48. Which of the following has been arranged in orderof decreasing dipole moment ?(1) CH3Cl > CH3F > CH3Br > CH3I(2) CH3F > CH3Cl > CH3Br > CH3I(3) CH3Cl > CH3Br > CH3I > CH3F(4) CH3F > CH3Cl > CH3I > CH3Br

49. In which of the following hydration energy ishigher than lattice energy?(1) MgSO4 (2) RaSO4

(3) BaSO4 (4) SrSO4

50. NaHCO3 can be manufactured by Solvay'sprocess but K2CO3 cannot be prepared because(1) K2CO3 is more soluble(2) K2CO3 is less soluble(3) KHCO3 is more soluble than NaHCO3

(4) KHCO3 is less soluble than NaHCO3

51. Select incorrect order :-(1) LiNO3 < NaNO3 < KNO3 Thermal stability(2) Be(OH)2 < Ca(OH)2 < Sr(OH)2 Solubility(3) Be(OH)2 > Ca(OH)2 > Sr(OH)2 Thermal stability(4) Li2SO4 < Na2SO4 < K2SO4 Solubility

52. Which one of the following compound does notdecolourise an acidified aqueous solution ofKMnO4 :-(1) SO2 (2) FeCl3

(3) H2O2 (4) FeSO4

53. Which one of the following does not haveintermolecular H-bonding ?(1) H2O (2) O–nitro phenol(3) HF (4) CH3COOH

54. Which of the following have highest meltingpoint.(1) SiO2 (2) NaCl(3) Na2CO3 (4) NaF

46. ; Mn

IP :-

(1) 2 2 (2) 15

(3) 35 (4) 24

47. ,

(1) – –2(g) (g)S S (2) (g) (g)Na Cl NaCl(s)

(3) N(g) –(g)N (4) 2 3

(g) (g)Al Al

48. }/

(1) CH3Cl > CH3F > CH3Br > CH3I(2) CH3F > CH3Cl > CH3Br > CH3I(3) CH3Cl > CH3Br > CH3I > CH3F(4) CH3F > CH3Cl > CH3I > CH3Br

49. ] &

(1) MgSO4 (2) RaSO4

(3) BaSO4 (4) SrSO4

50. NaHCO3 K2CO3 &

(1) K2CO3 ?(2) K2CO3 ?(3) KHCO3, NaHCO3 ?(4) KHCO3, NaHCO3 ?

51. :-(1) LiNO3 < NaNO3 < KNO3 ; (2) Be(OH)2 < Ca(OH)2 < Sr(OH)2 (3) Be(OH)2 > Ca(OH)2 > Sr(OH)2 ; (4) Li2SO4 < Na2SO4 < K2SO4

52. ; KMnO4 ;

:-

(1) SO2 (2) FeCl3

(3) H2O2 (4) FeSO4

53. H

(1) H2O (2) O–

(3) HF (4) CH3COOH

54. &

(1) SiO2 (2) NaCl

(3) Na2CO3 (4) NaF

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55. Which gas formation takes places by theoxidation of carbon with conc. H2SO4?(1) only CO2 (2) only SO2

(3) SO3 & CO2 both (4) SO2 & CO2 both56. Which of the following is planar due to back

bonding :-(1) BF3 (2) N(CH3)3

(3) N(SiH3)3 (4) PF3

57. In which of the following peroxy bond ispresent :-(1) O2F2 (2) H2O2

(3) O3 (4) All58. Which of the following pairs have identical values

of bond order ?(1) N2

+ and O2+ (2) F2 and Ne2

(3) O2 and B2 (4) C2 and N2

59. On heating KMnO4, one among the following isnot formed–(1) K2MnO4 (2) O2

(3) MnO2 (4) MnO

60. 2 2dil. &coldCl NaOH A B H O . The anions of

A & B are respectively ______(1) Chlorite & hypochlorite(2) Chloride & hypochlorite(3) Chlorite & Chlorate(4) Chloride & Chlorate

61. Which of the following is correct :-(1) Basicity of phosphorous acid is 3(2) Perchloric acid has one peroxy linkage(3) Solid SO3 does not have cyclic structure(4) Borazine has zero dipole moment.

62. Which among the following species does not haveangular shape?I. ICI2

+ II. NH2–

III. CS2 IV. H2Se.(1) I,III (2) only III(3) I, IV (4) only I

63. What should be the correct statement with respectto XeF5

– ?

(1) Central atom Xe has sp3d2 hybridisation.

(2) It is square planar.

(3) There are two non-bonding electron pairs, oneabove the plane and the other below the plane.

(4) It is an odd electron species.

55. H2SO4

?(1) CO2 (2) SO2

(3) SO3 CO2 (4) SO2 CO2 56. ;

:-(1) BF3 (2) N(CH3)3

(3) N(SiH3)3 (4) PF3

57. :-

(1) O2F2 (2) H2O2

(3) O3 (4)

58. ;

(1) N2+ O2

+ (2) F2 Ne2

(3) O2 B2 (4) C2 N2

59. KMnO4, , ;&

(1) K2MnO4 (2) O2

(3) MnO2 (4) MnO

60. 2 2dil. &coldCl NaOH A B H O . A B

% &(1) (2) (3) (4)

61. :-(1) { 3 (2) ,(3) SO3 ; (4) }/ ;

62. ;

I. ICI2+ II. NH2

–

III. CS2 IV. H2Se.

(1) I,III (2) III

(3) I, IV (4) I

63. XeF5–

(1) ; Xe, sp3d2

(2) ;

(3) ; ] ,

(4) ,

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1001CM303415033

64. Which of the following is correct representationof the reaction when BF3 reacts with ammonia ?

(i) — + — —: :| | |

| ||—

|

|

F

F

F F

F

FB BN N

H H

H H

H H

(ii) — + — —: :| | |

| ||—

|

|

F

F

F F

F

FB BN N

H H

H H

H H

(1) (i) is incorrect and (ii) is correct(2) (i) is correct and (ii) is incorrect(3) Both (i) and (ii) are correct(4) Both (i) and (ii) are incorrect

65. Which of the following is the correct order of sizeof the given species:(1) Cl > Cl– > Cl+ (2) Cl+ > Cl– > Cl(3) Cl > Cl+ > Cl– (4) Cl– > Cl > Cl+

66. Impure phosphine is combustible due to presenceof :-(1) P2H4 (2) N2

(3) PH5 (4) P2O5

67. Which of the following pairs of species haveunpaired electrons in antibonding Molecular Orbital:(1) C2,O2 (2) O2,He2

+

(3) He2+,C2 (4) N2?O2

–

68. The correct order for O–O bond length in givensubstance is

I. H2O2 II. O2 III. O3

(1) I < II < III (2) II < I < III(3) II < III < I (4) III < I < II

69. Which of the following properties correctlyexplain SiO2

(1) Linear, basic (2) Tetrahedral, acidic

(3) Tetrahedral, basic (4) Linear, acidic

70. The incorrect statement is :

(1) The second ionisation energy of Se is greaterthan that of second ionisation energy of As.

(2) The first ionisation energy of C2+ ion is greaterthan that of first ionisation energy of N2+ ion.

(3) The third ionisation energy of F is greater thanthat of third ionisation energy of O.

(4) Halogens have highest I.E. in respectiveperiod.

64. BF3

(i) — + — —: :| | |

| ||—

|

|

F

F

F F

F

FB BN N

H H

H H

H H

(ii) — + — —: :| | |

| ||—

|

|

F

F

F F

F

FB BN N

H H

H H

H H

(1) (i) ; (ii) ;

(2) (i) ; (ii) ;

(3) (i) (ii) ;

(4) (i) (ii) ; 65. %

(1) Cl > Cl– > Cl+ (2) Cl+ > Cl– > Cl

(3) Cl > Cl+ > Cl– (4) Cl– > Cl > Cl+

66. :-

(1) P2H4 (2) N2

(3) PH5 (4) P2O5

67. ; &

(1) C2,O2 (2) O2,He2+

(3) He2+,C2 (4) N2?O2

–

68. , , O–O &

I. H2O2 II. O2 III. O3

(1) I < II < III (2) II < I < III

(3) II < III < I (4) III < I < II

69. SiO2 :

(1) ;] { ; (2) ;] ;(3) ;] { ; (4) ;] ;

70. ; :

(1) Se ; As ;

(2) C2+ N2+

(3) F ; O ;

(4)

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71. Ratio of no. of cations, anions and watermolecules respectively in potash alum will be :-

(1) 1 : 2 : 6 (2) 1 : 1 : 2

(3) 1 : 1 : 6 (4) 2 : 2 : 672. In the formation of certain compound, the central

atom uses its hybrid orbitals and has a bond anglearound it as 1050. The percentage of s-characterin the hybrid orbitals is likely to be(1) 50-55% (2) 35-40%

(3) 10-15% (4) 23-25%73. In which of the following reaction, the

hybridisation of the central atom changes fromsp2 to sp3 ?

(1) 3 4NH H NH

(2) 33 6AlF 3F AlF

(3) 3 4BF F BF

(4) 2 3H O H H O

74. cold2 2 2 4heat

(Z)(X) (Y)

2NO O 2NO N O

X, Y and Z can be described as

(1) X Colourless, Y Brown, paramagnetic,Z Colourless, diamagnetic

(2) X Brown, Y Colourless, diamagnetic,Z Brown, paramagnetic

(3) X Colourless, Y Colourless,paramagnetic, Z Brown, diamagnetic

(4) X Brown, Y Brown, paramagnetic,Z Brown, diamagnetic

75. The correct order of decreasing third ionisationenthalpy of Ti, V, Cr, Mn is :

(1) Mn > Cr > V > Ti(2) Ti > V > Cr > Mn

(3) Cr > Mn > V > Ti

(4) V > Mn > Cr > Ti76. Last drop of water present in H2O2 can be

removed :-

(1) By boiling(2) By fractional distillation

(3) By freezing

(4) By reaction with Na

71. , / ] % :-

(1) 1 : 2 : 6 (2) 1 : 1 : 2

(3) 1 : 1 : 6 (4) 2 : 2 : 672. ; ;

1050

s &

(1) 50-55% (2) 35-40%

(3) 10-15% (4) 23-25%

73. ; sp2 sp3 ?

(1) 3 4NH H NH

(2) 33 6AlF 3F AlF

(3) 3 4BF F BF

(4) 2 3H O H H O

74. cold2 2 2 4heat

(Z)(X) (Y)

2NO O 2NO N O

X, Y Z &(1) X , Y , ;, Z ]

;(2) X , Y ] ;, Z ,

;(3) X ] Y ] ;] Z ,

;(4) X , Y , ;, Z ,

;75. Ti, V, Cr, Mn , ; ?

:

(1) Mn > Cr > V > Ti(2) Ti > V > Cr > Mn

(3) Cr > Mn > V > Ti

(4) V > Mn > Cr > Ti76. H2O2

:-

(1)

(2) }(3)

(4) Na }

:

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1001CM303415033

77. The molecules with most polar bond, is–

(1) OF2 (2) SF4

(3) ClF (4) SiF4

78. Which of the following has maximum volatility

(1)

OH

COOH(2)

OH

COOH

(3) COOH

Cl

(4)

Cl

COOH

79. Which of the following does not produces NO2

gas with conc. HNO3 ?

(1) Cu (2) I2

(3) Ag (4) Au

80. In which of the following arrangements the orderis NOT according to the property indicatedagainst it ?

(1) Al3+ < Mg2+ < Na+ < F– (Increasing Ionic size)

(2) B < C < N < O (Increasing First IonisationEnergy)

(3) I < Br < F < Cl (Increasing Electron gainEnthalpy)

(4) Li < Na < K < Rb (Increasing metallic character)

81. H2O2 can not be used :-

(1) As Bleaching agent

(2) As reducing agent

(3) For restoration of aerobic condition of sewagewater.

(4) For restoration of anaerobic condition ofsewage

82. The correct order of the increasing ionic characteris :

(1) BeBr2 < MgBr2 < CaBr2 < BaBr2

(2) BeBr2 < MgBr2 < BaBr2 < CaBr2

(3) BeBr2 < BaBr2 < MgBr2 < CaBr2

(4) BaBr2 < MgBr2 < CaBr2 < BeBr2

77. ; / ;

(1) OF2 (2) SF4

(3) ClF (4) SiF4

78. &

(1)

OH

COOH(2)

OH

COOH

(3) COOH

Cl

(4)

Cl

COOH

79. / HNO3 NO2 &

(1) Cu (2) I2

(3) Ag (4) Au

80. , ?

(1) Al3+ < Mg2+ < Na+ < F– ()

(2) B < C < N < O ()

(3) I < Br < F < Cl ()

(4) Li < Na < K < Rb ( )

81. H2O2 :-

(1)

(2)

(3) ,

(4) ,

82. , %

(1) BeBr2 < MgBr2 < CaBr2 < BaBr2

(2) BeBr2 < MgBr2 < BaBr2 < CaBr2

(3) BeBr2 < BaBr2 < MgBr2 < CaBr2

(4) BaBr2 < MgBr2 < CaBr2 < BeBr2

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1001CM303415033

83. Which of the following species is non linear?

(1) 2ICl (2) 3I

(3) 3N (4) 2ClO

84. Strongest ionic bond is present in

(1) MgF2 (2) Na2O

(3) MgO (4) NaCl

85. Minimum first ionisation energy is shown bywhich electronic configuration :

(1) 1s2, 2s2, 2p5

(2) 1s2, 2s2, 2p6, 3s2, 3p1

(3) 1s2, 2s2, 2p6, 3s1

(4) 1s2, 2s2, 2p6

86. Which of the following have maximum electrongain enthalpy :-

(1) F– (2) O

(3) O– (4) Na+

87. Which of the following has been arranged inincreasing order of size of the hybrid orbitals ?

(1) 2 3sp sp sp (2) 3 2sp sp sp

(3) 2 3sp sp sp (4) 2 3sp sp sp

88. Which of the following have 3C–2e– bond :-

I. Al2Cl6 II. B2H6

III. Fe2Cl6 IV. Si2H6

(1) I, II (2) II, IV

(3) Only II (4) I, III, IV

89. The stability order of oxide, peroxide andsuperoxide of alkaline metals is :-

(1) Normal oxide > Peroxide > Superoxide

(2) Peroxide > Normal oxide > Superoxide

(3) Superoxide > Normal oxide > Peroxide

(4) None of these

90. The correct order of relative basic character of NaOH,Mg(OH)

2 and Al(OH)

3 is –

(1) Al(OH)3 > Mg(OH)2 > NaOH

(2) Mg(OH)2 > NaOH > Al(OH)3

(3) NaOH > Mg(OH)2 > Al(OH)3

(4) Al(OH)3 > NaOH < Mg(OH)2

83. &

(1) 2ICl (2) 3I

(3) 3N (4) 2ClO

84.

(1) MgF2 (2) Na2O

(3) MgO (4) NaCl

85. , :

(1) 1s2, 2s2, 2p5

(2) 1s2, 2s2, 2p6, 3s2, 3p1

(3) 1s2, 2s2, 2p6, 3s1

(4) 1s2, 2s2, 2p6

86. , :-

(1) F– (2) O

(3) O– (4) Na+

87. <+

(1) 2 3sp sp sp (2) 3 2sp sp sp

(3) 2 3sp sp sp (4) 2 3sp sp sp

88. 3C–2e– &

I. Al2Cl6 II. B2H6

III. Fe2Cl6 IV. Si2H6

(1) I, II (2) II, IV

(3) II (4) I, III, IV

89. ; / ] &

(1) ; > >

(2) > ; >

(3) > ; >

(4)

90. NaOH, Mg(OH)2 Al(OH)

3 {

–

(1) Al(OH)3 > Mg(OH)2 > NaOH

(2) Mg(OH)2 > NaOH > Al(OH)3

(3) NaOH > Mg(OH)2 > Al(OH)3

(4) Al(OH)3 > NaOH < Mg(OH)2

] <+

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1001CM303415033

91. When we migrate from dark to light, we fail tosee for some time but after some time visibilitybecome normal. It is an example of(1) Accommodation(2) Adaptation(3) Mutation(4) Photoperiodism

92. On the basis of below given diagram select theincorrect statement -

A

C

B

(1) A and B acts as a regulatory proteins(2) Size of C doesn't change during muscle

contraction.(3) A-binds Ca2+ during contraction.(4) B-it contains myosin binding site which helps

in cross bridge formation.93. Select incorrect statement regarding to given

diagram or transverse secation of gut

1

23456

7

(1) Peristaltic movements are generated by ‘7’(2) ‘4’ contains glands in duodenum(3) ‘1’ is composed of simple squamous epithelium(4) ‘5’ forms villi and Brunner’s glands in small

intestine.94. The sigmoid shape of the dissociation curve is

because:-(1) Binding of oxygen to haemoglobin. As the first

oxygen molecule binds to haemoglobin, itincreases the affinity for the second moleculeof oxygen to bind. Subsequently, haemoglobinattracts more oxygen

(2) The curve shows the equilibrium ofoxyhaemoglobin and haemoglobin

(3) In the lungs, the partial pressure of oxygen is high(4) Tissues have a low oxygen concentration

91. ; , ] ;

; &(1) { (Accommodation) (2) (Adaptation) (3) (Mutation) (4) (Photoperiodism)

92. = ;

A

C

B

(1) A B (2) ; C

(3) Ca2+ 'A' (4) B-

93. ;

1

23456

7

(1) ‘7’ }(2) ‘4’(3) ‘1’ ; (4) ‘5’ ,

94. sigmoid ] %&(1)

O2 molecule oxygen molecule ,

<+

(2) curve oxyhaemoglobin equilibrium

(3)

(4)

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1001CM303415033

95. Dwarfism is due to -(1) Absence of insulin(2) Hyposecretion of GH during childhood(3) Hyposecretion of GH during adult stage(4) Excessive secretion of adrenaline

96. Oil gland can eliminates–(1) Sterols (2) Hydrocarbons(3) Waxes (4) All of the above

97. Maximum amount of blood transferred fromauricles to ventricle in cardiac cycle during:-(1) Auricular systole (2) Ventricular systole(3) Joint diastole (4) Joint systole

98. During the light-dependent reactions of photosyn-thesis, a constant supply of electrons is provided by(1) Water (2) Oxygen(3) The sun (4) Chlorophyll

99. Match the site in column I with the process incolumn II and choose the correct combinationfrom the option

Column I Column II

(A) Grana ofchloroplast (1) Krebs cycle

(B) Stroma ofchloroplast (2) Light reaction

(C) Cytoplasm (3) Dark reaction

(D) Mitochondriamatrix (4) Glycolysis

(1) A-4 B-3 C-2 D-1(2) A-2 B-1 C-3 D-4(3) A-3 B-4 C-1 D-2(4) A-2 B-3 C-4 D-1

100. In plants growth is open ended because?(1) There is continuous cell differentiation(2) Product meristem cell can take part in division

and can differentiate in mature cells(3) It is not covered by primordias(4) On maturation meristem cell can attain any of

the shape & function101. In reflex action the reflex arc is formed by

(1) Brain - spinal cord - muscles

(2) Receptor - spinal cord - muscles

(3) Muscles - receptor - brain

(4) Muscles - spinal cord - muscles

95. -(1) (2) GH (3) GH (4)

96. &(1) (2) (3) (4)

97.%&

(1) ; (2) (3) (4)

98. }

(1) (2) (3) (4)

99.,

Column I Column II

(A) Grana ofchloroplast (1) Krebs cycle

(B) Stroma ofchloroplast (2) Light reaction

(C) Cytoplasm (3) Dark reaction

(D) Mitochondriamatrix (4) Glycolysis

(1) A-4 B-3 C-2 D-1(2) A-2 B-1 C-3 D-4(3) A-3 B-4 C-1 D-2(4) A-2 B-3 C-4 D-1

100. [ ] :-(1) :(2)

(3) }(4)

/101.

(1) & & (2) & & (3) & & (4) & &

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1001CM303415033

102. Which of the following pair of ribs doesn't helpin breathing -

(1) First 7 pairs (2) 6th and 7th pair

(3) 11th and 12th pair (4) 5th, 6th and 7th pair

103. Select the dentition of human adult

(1) Thecodont, Homodont, Diphyodont

(2) Heterodont, Thecodont, Monophyodont

(3) Diphyodont, Thecodont, Heterodont

(4) Heterodont, Acrodont, Diphyodont

104. Which statement is true :-

(1) Total thickness of diffusion membrane is muchless than a millimetre

(2) Diffusion capacity of O2 is higher than that of CO2

(3) Diffusion capcity of CO2 is 20-25 times lessthan that of O2

(4) All of the above

105. Ca2+ level is controlled by -

(1) Thyroid gland

(2) Hypothalamus gland

(3) Pituitary gland

(4) Thyroid and parathyroid glands

106. If Henle's loop were absent from mammaliannephron, which of the following is to be expected?

(1) There will be no urine formation.

(2) There will be hardly any change in the qualityand quantity of urine formed.

(3) The urine will be more concentrated.

(4) The urine will be more dilute.

107. Read the following four statements

(a) Heart failure sometimes called congestiveheart failure because congestion of the lungsis one of the main symptoms of this disease

(b) Stroke volume of heart is not equal to theamount of blood transfered from left atriumto left ventricle

(c) End diastolic volume of atria is about 120 ml

(d) Heart failure is not the same as cardiac arrestor heart attack.

How many of the above statements are wrong?

(1) Four (2) Three

(3) Two (4) One

102.

(1) 7 (2) 6th 7th

(3) 11th 12th (4) 5th, 6th 7th

103.

(1) ] ]

(2) ] ] ,

(3) ] ]

(4) ] , ]

104. ; :-

(1) 1

(2) O2 { CO2

(3) CO2 { O2 20-25

(4)

105. Ca++ -

(1)

(2)

(3)

(4)

106. &

(1) =

(2) =

(3) =

(4) =

107. <+; &

(a) Heart failure congestive heartfailure

[; ,

(b) ; ;

(c) end diastolic volume 120 ml

(d) Heart failure, cardiac arrest heart attack

(1) (2)

(3) (4)

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1001CM303415033

108. If you cut a herbaceous stem and observe fluidscontinually seeping upward and out of the cut, itis most likely to be due to ?(1) Root pressure(2) Turgor pressure(3) Active transport by phloem(4) Tension caused by transpiration

109. Atmospheric N2

A

NH3 NO2– NO3

–

Soil 'N' Pool

B

(Ammonification) (Uptake)

Decaying biomass Plant biomass

Animal biomass

In the given diagram (A) & (B) strands for :-(A) (B)

(1) Ammonification Denitrification(2) Ammonification Nitrification(3) Nitrification Ammonification(4) Nitrogen fixation Denitrification

110. Which of the following is not associated with Mntoxicity ?(1) Brown spot surrounded by chlorotic veins(2) Inhibition of Ca++ absorption(3) Competetion with Mg(4) Fe deficiency

111. The purplish red pigment rhodopsin contained inthe rods type of photoreceptor cells of the humaneye, is a derivative of(1) Vitamin B1 (2) Vitamin C(3) Vitamin D (4) Vitamin A

112. Which of the following changes not occuredduring muscle contraction ?(1) Conversion of ATP into ADP+Pi(2) Cross bridge and power stroke occured(3) Length of A-band increased(4) Length of I-band get decreased

108. } , ; ?

(1)

(2)

(3) } ;

(4) }

109. Atmospheric N2

A

NH3 NO2– NO3

–

Soil 'N' Pool

B

(Ammonification) (Uptake)

Decaying biomass Plant biomass

Animal biomass

= (A) (B) (A) (B)

(1)(2)(3)(4)

110. Mn ?

(1)

(2) Ca++

(3) Mg

(4) Fe

111. = >

(1) B1 (2) C(3) D (4) A

112. ; ?

(1) ATP ADP+Pi :(2) (3) A-band <+(4) I-band ?

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113. Read the following statements–(A) Food provides energy and organic materials

which are used for growth and repair of tissues(B) Water play an important role in metabolic

processes and also prevent hydration of body(C) Biomacromolecules in food cannot be utilised

by our body in their original form(D) Digestion is carried out by our digestive

system by mechanical and biochemicalmethods

How many statements are correct ?(1) One (2) Two (3) Three (4) All

114. Which of the following is correctly matched pair-

(A) Inspiratoryreserve volume (p) 2500–3000 ml

(B) Functionalresidual capacity (q) 1200 ml

(C) Residual volume (r) 1600 ml

(D) Expiratorycapacity (s) 2200–2300 ml

(1) A – r B – s C – p D – q(2) A – p B – s C – q D – r(3) A – q B – r C – p D – s(4)A – p B – q C – r D – s

115. Secretin hormone is secreted by____andstimulates______.(1) Duodenum, pancreas (2) Duodenum, spleen(3) Stomach, gastric glands (4) Thyroid-thyroid

116. Given below is a diagrammatic sectional view ofcochlea. Identify organ of Corti and Basilarmembrane in it :-

(A)

(B)

(D)

(C)

(E) (F)

(G)

(1) D and A (2) A and B(3) B and C (4) D and C

113. <+;&(A) ,

,(B)

,(C)

:(D) = ; ,

} ?

(1) (2) (3) (4)

114. ; -

(A) (p) 2500–3000 ml

(B) (q) 1200 ml

(C) (r) 1600 ml

(D) { (s) 2200–2300 ml

(1) A – r B – s C – p D – q(2) A – p B – s C – q D – r(3) A – q B – r C – p D – s(4)A – p B – q C – r D – s

115. ______________ &

(1) , ; (2) , (3) ;, (4) ,

116. , section organof Corti Basilar , :-

(A)

(B)

(D)

(C)

(E) (F)

(G)

(1) D A (2) A B(3) B C (4) D C

{

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1001CM303415033

117. Match the following :-

(A) Pectinate muscles (a) Tricuspid valve

(B) Inter atrial septum (b) Ventricles

(C) AV-valves (c) Auricles

(D) Papillary muscles (d) fossa ovalis

(1) (A)-(c), (B)-(b), (C)-(a), (D)-(d)

(2) (A)-(c), (B)-(d), (C)-(a), (D)-(b)

(3) (A)-(c), B-(d), (C)-(b), (D)-(a)

(4) (A)-(d), (B)-(c), (C)-(b), (D)-(a)

118. In a fully turgid cells, the values of OP and TPwill show the tendency

(1) OP = 15 atm, TP = 5 atm

(2) OP = 12 atm, TP = 7 atm

(3) OP = 17 atm, TP = 15 atm

(4) OP = 15 atm, TP = 15 atm

119. At atmospheric pressure a solution has

s = –10, what is the value of water potential forthis solution ?

(1) Can't be calculated without p

(2) Water potential = –10

(3) Water potential of solution at atmosphericpressure always taken to be zero

(4) Water potential = 10

120. How many times more NADH are oxidise in aerobicrespiration than alcoholic fermentation per glucose?

(1) 3 times (2) 5 times


121. The pupil becomes bigger to allow more lightduring dark by the

(1) Contraction of radial muscles of the iris

(2) Relaxation of radial muscles of the iris

(3) Contraction of circular muscles of the iris

(4) Contraction of suspensory ligaments

122. Mark the incorrect match–

(1) Saddle joint – Between carpal and metacarpalof thumb

(2) Ball and Socket joint – Between humerus andpectroal girdle

(3) Gliding joint – Between carpals

(4) Cartilagenous joint – Between prezygapophysesand post zypapophyses of two adjacent vertebrae

117. :-

(A) (a) ;

(B) ; (b) ;

(C) (c)

(D) (d)

(1) (A)-(c), (B)-(b), (C)-(a), (D)-(d)

(2) (A)-(c), (B)-(d), (C)-(a), (D)-(b)

(3) (A)-(c), B-(d), (C)-(b), (D)-(a)

(4) (A)-(d), (B)-(c), (C)-(b), (D)-(a)

118. OP TP

(1) OP = 15 atm, TP = 5 atm

(2) OP = 12 atm, TP = 7 atm

(3) OP = 17 atm, TP = 15 atm

(4) OP = 15 atm, TP = 15 atm

119. ; , s = –10, , ?

(1) p

(2) = –10

(3) ; ;

(4) = 10

120. ; , NADH &



121. } =

(1)

(2)

(3)

(4)

122. ,&

(1) &

(2) &[ &

(3) &

(4) ; & ± ; ±

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123. The saliva secreted into the oral cavity containselectrolytes–

(1) Ca++, K+, Cl–, 3HCO

(2) Ca++, Mg++, Cl–, 3HCO

(3) Na+, K+, Cl–, 3HCO

(4) Na+, K+, Cl–, 4SO , Mg++

124. Which of the following statement is/are true :-(A) Each haemoglobin molecule can carry a

maximum of 4 molecule of O2

(B) Binding of O2 with haemoglobin is primarilyrelated to partial pressure of O2

(C) Every 100 ml blood can deliver around 20 mlof O2 to the tissue

(D) Oxygen dissociation curve is hyperbola in shape(1) A , B and D (2) C and D(3) A and B (4) A, B, C and D

125. Find out the incorrect pairing with respect to partof nephron and position in kidney–(1) Malpighain corpuscle – cortex of kidney(2) PCT – cortex of kidney(3) DCT – medulla of kidney(4) Loop of Henle – medulla of kidney

126. The inner layer of eye is the retina and it containsthree layers of cells from inside to outside :-(1) Ganglion cells, bipolar cells, photoreceptor cells(2) Ganglion cells, photoreceptor cells, bipolar cells(3) Bipolar cells, photoreceptor cells, ganglion cells(4) Photoreceptor cells, bipolar cells, ganglion cells

127. Match the following :-(A) Visceral pericardium (a) Epicardium(B) Cardiac muscle (b) Myocardium(C) Endothelium (c) Endocardium(1) A – a, B – b, C – c (2) A – a, B – c, C – b(3) A – b, B – a, C – c (4) A – c, B – b, C – a

128. Important components of enzyme nitrogenase are(1) Fe and Mn (2) Fe and Mo(3) Mn and Mg (4) Ca and Mg

129. Which statement is wrong with refrence to C4 plant?(A) Rubisco is present in the mesophyll cell of C4

plant.(B) Rubisco is present in stroma of bundle sheath cell.(C) PEPcase is present in the mesophyll cell.(D) Granna is absent in the mesophyll cell.(1) B & C (2) B & D (3) A & D (4) C & D

123. ; &

(1) Ca++, K+, Cl–, 3HCO

(2) Ca++, Mg++, Cl–, 3HCO

(3) Na+, K+, Cl–, 3HCO

(4) Na+, K+, Cl–, 4SO , Mg++

124. ; :-(A) 4

(B) O2 : O2

(C) 100 ml 20 ml O2

(D) ; (1) A , B D (2) C D(3) A B (4) A, B, C D

125. ; ;,&

(1) ; & (2) PCT – (3) DCT – /;(4) & /;

126. retina ; :-

(1) Ganglion cells, bipolar cells, photoreceptor cells(2) Ganglion cells, photoreceptor cells, bipolar cells(3) Bipolar cells, photoreceptor cells, ganglion cells(4) Photoreceptor cells, bipolar cells, ganglion cells

127. :-(A) Visceral pericardium (a) Epicardium(B) Cardiac muscle (b) Myocardium(C) Endothelium (c) Endocardium(1) A – a, B – b, C – c (2) A – a, B – c, C – b(3) A – b, B – a, C – c (4) A – c, B – b, C – a

128. , [; ?(1) Fe Mn (2) Fe Mo(3) Mn Mg (4) Ca Mg

129. C4 ; ?(A) Rubisco C4 /;

(B) Rubisco (C) PEPcase /;(D) Granna /;(1) B & C (2) B & D (3) A & D (4) C & D

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130. Identify A and B in given reaction :Pyruvic acid + CoA + NaD+

Pyruvate dehydrogenase A + B + NADH + H+

A B

(1) PEP CO2

(2) Acetyl CoA CO2

(3) CO2 H2O

(4) Acetyl CoA O2

131. The hind brain of human consists of(1) (Pons + cerebellum) only(2) Hypothalamus + cerebellum(3) (Medulla oblongata + cerebellum) only(4) Medulla oblongata + cerebellum + pons

132. In the resting muscle fibre, tropomyosin partiallycovers:(1) Ca-binding sites on troponin(2) Actin binding sites on myosin(3) Myosin binding sites on actin(4) Ca-binding sites on actin

133. Which of the following is the correct labelling forthe diagram.

B

C

D

A

(1) A–Cystic duct, B–Hepatic duct,C–Duodenum, D–Hepatopancreatic duct

(2) A–Common bile duct, B–Hepatopancreaticduct, C–Jejunum, D–Pancreatic duct

(3) A–Duct of gall bladder, B–Common bile duct,C–Duodenum, D–Hepatopancreatic duct

(4) A–Cystic duct, B–Common bile duct,C–Jejunum, D–Pancreatic duct

134. Brain sand is also called –(1) Thymus Gland (2) Pineal Gland(3) Thyroid Gland (4) Pituitary Gland

130. , A B :Pyruvic acid + CoA + NaD+

Pyruvate dehydrogenase A + B + NADH + H+

A B

(1) PEP CO2

(2) Acetyl CoA CO2

(3) CO2 H2O

(4) Acetyl CoA O2

131.(1) ) (2) (3) ) (4)

132. ; ] : < :-

(1) ] -(2) ] ,(3) ] (4) ] -

133. = &

B

C

D

A

(1) A– ; , B– , C– ,D–

(2) A– , B– ,C– { =, D–

(3) A– ; , B– , C– ,D–

(4) A– ; , B– ,C– { =, D–

134. &(1) (2) (3) (4)

Time Management is Life Management

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135. Consider the given figure–

B

A

C

In above figure A, B and C respectively represents–(1) Afferent arteriole, Efferent arteriole and

Proximal convoluted tubule(2) Efferent arteriole, Proximal convoluted tubule

and Afferent arteriole(3) Afferent arteriole, Proximal convoluted tubule

and Efferent arteriole(4) Bowman’s capsule, Proximal convoluted

tubule and Afferent arteriole136. The adult human eye ball is nearly a spherical

structure. The wall of the eye ball is composedof three layer. The external layer is composed ofa X and is called the Y . The 'X' and 'Y'respectively represents –(1) Loose connective tissue and Choroid(2) Dense connective tissue and Sclera(3) Loose connective tissue and Sclera(4) Dense connective tissue and Choroid

137. The reason for CO2 dissociation fromcarbaminohaemoglobin in alveoli is(1) High PCO2 and low PO2

(2) Low PCO2 and high PO2

(3) PCO2 and PO2 high(4) PCO2 and PO2 low

138. How many protons, electrons and photons areinvolved in the photolysis of water to evolve onemolecule of oxygen?

(1) 4H , 4e and 4 photons



(4) 2H , 2e and 4 photons139. What would happen to Vmax, in presene of

competitive inhibitor :-(1) Decreases(2) Increases(3) Remain same(4) First increase then decrease

135. = &

B

A

C

= A, B C % &(1) / ] /

(2) / ] / ]

(3) / ] /

(4) ]

136. ; = = X

Y ; 'X' 'Y' %&

(1)

(2)

(3)

(4)

137. carbaminohaemoglobin CO2

(1) PCO2 PO2

(2) PCO2 PO2

(3) PCO2 PO2 (4) PCO2 PO2

138. ; ,] ,

?

(1) 4H , 4e 4

(2) 4H , 4e 8

(3) 2H , 2e 8

(4) 2H , 2e 4 139. Vmax

:-(1) (2) (3) (4) <+

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140. The Enzyme that is responsible for primaryfixaction of CO2 in C4 plant is :(1) RUBP carboxylase(2) PEP carboxylase(3) RUBP carboxylase & PEP carboxylase(4) RUBP oxygenase

141. The three membranes lining the central nervoussystem are(1) Neurolemma, Duramater and Peritoneum(2) Duramater, Piamater, Arachnoid(3) Duramater, Piamater, Myocardium(4) Piamater, Arachnoid, Pericardium

142. Which one is comparatively less dark part locatedat the center of myofibril :-(1) I - Band (2) H - Zone(3) A - Band (4) M - Line

143. Which one is chronic disorder and mostly foundin cigarette smokers?(1) Asthma(2) Emphysema(3) Occupational respiratory disorders(4) Bronchitis

144. Hormone responsible for ovulation anddevelopment of corpus luteum is–(1) FSH (2) LH (3) MSH (4) ICSH

145. Inner medulla of kidney shows osmolarity rangebetween–(1) 300 – 400 mOsmol/L(2) 600 – 800 mOsmol/L(3) 600 – 1200 mOsmol/L(4) 900 – 1200 mOsmol/L

146. Which one is not a component of cochlea?(1) Reissner's membrane (2) Tectorial membrane(3) Organ of corti (4) Macula

147. What occupies the space between the cell wall andthe shrunken protoplast in the plasmolysed cell?(1) Hypotonic solution (2) Hypertonic solution(3) Isotonic solution (4) Dilute solution

148. During the complete oxidation of glucose thesecond decarboxylation occur when?(1) Citric acid is converted to -ketoglutaric

acid(2) Pyruvic acid is converted to acetyl CoA(3) -Ketoglutaric acid is converted to succinyl

CoA(4) Succinic acid is converted to malic acid

140. C4 CO2 :

(1) RUBP carboxylase(2) PEP carboxylase(3) RUBP carboxylase & PEP carboxylase(4) RUBP oxygenase

141. ; = &

(1) ] ] (2) ] ] ,(3) ] ] (4) ] , ]

142. ; :-

(1) I - Band (2) H - Zone(3) A - Band (4) M - Line

143. , [; %

(1)(2)(3)(4)

144. ,&

(1) FSH (2) LH (3) MSH (4) ICSH145. /;

&(1) 300 – 400 mOsmol/L(2) 600 – 800 mOsmol/L(3) 600 – 1200 mOsmol/L(4) 900 – 1200 mOsmol/L

146. ,(1) (2) (3) (4)

147./;

(1) (2) (3) (4)

148.

(1) -

(2) , CoA (3) - CoA

(4) ]

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149. Which of the following is not a similarity betweenfacilitated diffusion and active transport ?(1) Transport saturation(2) Sensitivity towards protein inhibitors(3) Selectivity(4) Uphill transport

150. The products formed from glycolysis are :-(1) Pyruvate, CO2, ATP(2) Pyravate, ATP, NADH + H+

(3) Acetyl CoA, ATP, NADH + H+

(4) Acetyl CoA, ATP, H2O151. Which one statement is incorrect–

(1) Nissl's granules present in cell body as wellas in dendrite.

(2) Distal end of axon terminates into bulb likestructure called synaptic knob.

(3) The axons transmit nerve impulses away fromthe cell body to it's dendron.

(4) Bipolar neuron with one axon and onedendrite found in retina of eye.

152.Galactose Glucose Fructose

C BA

Identify A, B and C respectively in the aboveprocess. Also identify the digestive juice involvedin this process(1) Maltose, Sucrose, Lactose, Pancreatic juice(2) Maltose, Lactose, Sucrose, Pancreatic juice(3) Lactose, Maltose, Sucrose, Pancreatic Juice(4) Maltose, Sucrose, Lactose, Succus entericus

153. How much percentage of CO2 is transported byRBCs?(1) 20–25% (2) 97%(3) 3% (4) 70%

154. The source of somatostatin is same as that of(1) Thyroxin & calcitonin(2) Insulin & Glucagon(3) Sometotropin & prolactin(4) Vasopressin & Oxytocin

155. On an average, 1100–1200 ml of blood is filteredby the the kidneys per minute which constituteroughly X of the blood pumped out by eachventricle of the heart in a minute. The 'X' represents–

(1)nd1

2 (2) rd1

3 (3) th1

4 (4) th1

5

149. ;

(1) (2) (3) (4)

150. :-(1) Pyruvate, CO2, ATP(2) Pyravate, ATP, NADH + H+

(3) Acetyl CoA, ATP, NADH + H+

(4) Acetyl CoA, ATP, H2O151. , &

(1) ;

(2) ?

(3) ;

(4) , {; }/ ;

152.

C BA

A, B C ,

(1) ] ] ] ; (2) ] ] ] (3) ] ] ] ; (4) ] ] ] ,

153. CO2 RBCs

(1) 20–25% (2) 97%(3) 3% (4) 70%

154. ] %&(1) (2) (3) (4)

155. } 1100–1200 ; } ,

, X ; 'X'&

(1)nd1

2 (2) rd1

3 (3) th1

4 (4) th1

5

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156. Given below is the ECG of a normal human.Which of the following statement is incorrect?

(1) Complex QRS - ventricular repolarization(2) P-wave = atrial depolarization(3) One ECG = one cardiac cycle(4) Systolic pressure minus diastolic pressure is

said to be pulse pressure157. When light intensity is high, then what would be

the arrangement of chloroplast in mesophyllcells ?(1) Parallel to the walls(2) Perpendicular to incident light(3) Random(4) Both (2) and (3)

158. In the following diagram which leaf show moreabsolute growth

(1) A(2) B(3) Absolute growth is equal(4) Absolute growth is absent

159. Chemiosmosis requires a membrane, a protonpump, a proton gradient and ATPase. To developthis proton gradient :-(1) Energy is required(2) Protons are transported from lumen to

stroma(3) PQ pump is not necessary(4) Photolysis of water is the only source of

protons gradient

156. ; ; ECG ] ; ?

(1) QRS - (2) P = (3) ECG = (4)

(pulse pressure) 157. ] /;

?

(1)

(2)

(3)

(4) (2) (3)

158.

(1) A(2) B(3)(4)

159. ( ) , ] ] ATPase

, :-

(1)

(2)

(3) PQ

(4) , =

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160. In the following representation A and B is :-

Glucose

Pyruvic AcidAnaerobic respiration

A + CO2 B

(1) A Lactic acid ; B Alcohol(2) A Alcohol ; B Lactic acid(3) A Lactic acid ; B Lactic acid(4) A Alcohol ; B Alcohol

161. Brain stem is madeup of–

A

BC D

EF

G

H

I

L

(1) A, C, D (2) F, C, D(3) A, C, I (4) B, D, H

162. Identify gross calorific values of carbohydrate,proteins and fat respectively and also select theirorder of consumption during prolonged starvation.(1) 4.1 kcal/g, 5.65 kcal/g, 9.45 kcal/g;

I-Car-bohydrate, II-protein, III-Fat(2) 4.1 Kcal/g, 5.65 kcal/g, 9.45 kcal/g;

I-Car bohydrate, II-Fat, III-Protein(3) 4.0 kcal/g, 4.0 kcal/g, 9.0 kcal/g ;

I-Car bohydrate, II-protein, III-Fat(4) 4.0 kcal/g, 4.0 kcal/g, 9.0 kcal/g ;

I-Car- bohydrate, II-Fat, III-Protein163. Which one is incorrect pairing with respect to

respiratory volume and capacity–(1) TV – 500 ml (2) IRV – 1000 ml(3) ERV – 1050 ml (4) RV – 1100 ml

160. A B :-

Glucose

Pyruvic Acid;

A + CO2 B

(1) A Lactic acid ; B Alcohol(2) A Alcohol ; B Lactic acid(3) A Lactic acid ; B Lactic acid(4) A Alcohol ; B Alcohol

161. &

A

BC D

EF

G

H

I

L

(1) A, C, D (2) F, C, D(3) A, C, I (4) B, D, H

162. ] , ;% , {

(1) 4.1 kcal/g, 5.65 kcal/g, 9.45 kcal/g;I- , II- , III-

(2) 4.1 Kcal/g, 5.65 kcal/g, 9.45 kcal/g;I- , II- , III-

(3) 4.0 kcal/g, 4.0 kcal/g, 9.0 kcal/g ; I- ,II- , III-

(4) 4.0 kcal/g, 4.0 kcal/g, 9.0 kcal/g ; I- ,II- , III-

163. ,; ; &

(1) TV – 500 ml (2) IRV – 1000 ml(3) ERV – 1050 ml (4) RV – 1100 ml

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164. Given below is an incomplete table about certainhormones, their source glands and one majoreffect of each on the body in humans. Identify thecorrect option for there blank A, B and C.

Gland Secretion Effect on body

A Oestrogen Maintenance ofsecondary sexualcharacters

Alpha cells of isletsof Langerhans

B Raises bloodsugar level

Anterior pituitary C Over secretionleads to gigantism

Options :

A B C

(1) Ovary Glucagon Growth hormone

(2) Placenta Insulin Vasopressin

(3) Ovary Insulin Calcitonin

(4) Placenta Glucagon Calcitonin

165. Find out the incorrect statement for urine–(1) An adult human excretes, on an average 2 to

4.5 litres of urine per day(2) The pH of urine is 6.0.(3) It is light yellow coloured watery fluid.(4) Presence of glucose in urine represents

diabetes mellitus166. Tissue protein that leaks into the blood from cells

outside blood vessels and initiate the formationof thrombokinase is :-(1) Plasmin (2) Heparin(3) Fibrin (4) Thromboplastin

167. Number of carboxylations for fixation of one CO2

in Sorghum and Maize is(1) 1 (2) 2 (3) 3 (4) 4

168. Promotion of early flowering by chilling treatmentis known as(1) Photoperiodism (2) Vernalisation(3) Plasmolysis (4) Translocation

164. ,

[; A, B C ] ,&

A

B

C

:

A B C

(1)

(2)

(3)

(4)

165. = ; &(1) 2 4 5 =

(2) = pH 6.0 (3)(4) =

166.

:-(1) (2) (3) (4)

167. ( ) , CO2

?(1) 1 (2) 2 (3) 3 (4) 4

168.

(1) (2)

(3) ; (4)

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169. Plant growth regulators are small, simplemolecules of diverse chemcial compositionchoose the correct match of their composition.(1) Adenine derivative - Cytokinin (Kinetin)(2) Terpenes - ABA(3) Carotenoids derivative - Gibberllic acid(4) Indole acetic acid - ethylene

170. Which one is the correct graph for arithmeticgrowth ?

(1) Hei

ght

Time

(2) Hei

ght

Time

(3) Hei

ght

Time

(4) Hei

ght

Time

171. Read the following statements carefully and selectthe correct option given below –(A) Weakening and paralysis of skeletal muscle(B) Progressive degeneration of skeletal muscle.(C) Neuro-muscular junction get affected(D) Muscle fails to contract in response to neural

stimulationHow many statements applicable for myastheniagravis(1) One (2) Two(3) Three (4) Four

172. Match the Columns

Part of Gut Shape Comment

A Stomach 1 J shaped a Opens inpharynx

B Oesophagus 2 Long tubular b Acidicmedium

C Duodenum 3 U shaped c Vestigeal

D Appendix 4 Finger liketubular

d Brunner'sgland

A B C D(1) A=1,a B=2,b C=3,d D=4,c(2) A=1,b B=2,a C=3,d D=4,c(3) A=3,b B=1,a C=4,d D=2,c(4) A=1,b B=2,a C=3,c D=4,d

169.]

(1) Adenine derivative - Cytokinin (Kinetin)

(2) Terpenes - ABA

(3) Carotenoids derivative - Gibberllic acid

(4) Indole acetic acid - ethylene

170. ; ?

(1) Hei

ght

Time

(2) Hei

ght

Time

(3) Hei

ght

Time

(4) Hei

ght

Time

171.(A)

(B) (C) (D)

, ;

(1) (2) (3) (4)

172. ,

A ; 1 J a

B 2 b ;/;

C 3 U c

D 4 d

A B C D(1) A=1,a B=2,b C=3,d D=4,c(2) A=1,b B=2,a C=3,d D=4,c(3) A=3,b B=1,a C=4,d D=2,c(4) A=1,b B=2,a C=3,c D=4,d

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173. Consider the given figure and identify A, B andC respectively–

A

B

C

(1) Pulmonary artery, Systemic arteries and Alveolus(2) Systemic arteries, Pulmonary artery and Alveolus(3) Alveolus, Pulmonary artery and Systemic arteries(4) Alveolus, Systemic arteries and Pulmonary artery

174. Withdrawal of which of the following hormonesis the immediate cause of menstruation?(1) progesterone (2) Estrogen(3) FSH (4) FSH-RH

175. Protonephridia, Flame cells, Malpighian tubules,Antennary glandHow many of the above is/are excretory organ offlatworms ?(1) One (2) Two(3) Three (4) Four

176. Which statements are not correct regardinghuman heart ?(A) Atria are smaller than ventricles(B) The opening between the right atrium and right

ventricle is guarded by the bicuspid valve.(C) The second heart sound (dub) is associated

with the closure of the semilunar valves.(D) During ventricular systole, tricuspid and

bicuspid valves are open(1) A, B (2) B, C(3) B, D (4) C, D

177. Pollen grains fail to germinate in the absence of(1) Mg2+ (2) Sulphate(3) Chloride (4) Boron

173. = A, B C %&

A

B

C

(1) ; / ] /(2) / ] ; /(3) ] ; / /(4) ] / ; /

174. : ?

(1) (2) (3) FSH (4) FSH-RH

175. ] ] ] ,

?

(1) (2)

(3) (4)

176. ; ;

(A) ]

(B) ; /; =. ]

(C) ; ; / ( )

(D) ; ] [

(1) A, B (2) B, C

(3) B, D (4) C, D

177.(1) Mg2+ (2) Sulphate(3) Chloride (4) Boron

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178. A chemical messenger from the embryo thatapparently stimulates a seed to digest theendosperm is(1) Abscisic acid (2) Auxin(3) Cytokinin (4) Gibberellin

179. Metal activator of tyrosinase is –(1) Fe (2) Cu(3) Mg (4) K

180. Identify A and B in the given diagram showingATP synthesis in oxysomes :-

ADP PiF0

F1

2H+2H+

ATP

B A

(1) A = Mitochondrial matrixB = Outer mitochondrial membrane

(2) A = Mitochondrial matrixB = Inner mitochondrial membrane

(3) A = Cell cytoplasmB = Inner mitochondrial membrane

(4) A = Cell cytoplasmB = Outer mitochondrial membrane

178. } , [ ;

(1) ABA (2) (3) (4)

179. Tyrosinase / ; –(1) Fe (2) Cu(3) Mg (4) K

180. = ATP A B :-

ADP PiF0

F1

2H+2H+

ATP

B A

(1) A = B =

(2) A = B =

(3) A = ;B =

(4) A = ;B =

Your moral dutyis to prove that is

Your Target is to secure Good Rank in Pre-Medical 2016

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Hindi CLASSROOM CONTACT PROGRAMME · Starting from the origin a body oscillates simple harmonically with a time period of 2s. After what time will its kinetic energy be 75% of the