Solved papers for AMU Medical AMU Solved Paper-2013

done AMU Solved Paper-2013

• question_answer1) Water is moving with a speed of 5.0 m/s through a pipe with a cross area of 4.0 $c{{m}^{2}}$. The water gradually descends 10 m as the pipe increases to 8.0 $c{{m}^{2}}$. If the pressure at the upper level is $1.5\times {{10}^{5}}$ Pa, the pressure lower level will be

A) $2.8\times {{10}^{5}}$ Pa

B) $2.6\times {{10}^{5}}$ Pa

C) $2.4\times {{10}^{5}}$ Pa

D) $2.1\times {{10}^{5}}$ Pa

• question_answer2) Starting with the same initial conditions, an ideal gas expands from volume ${{V}_{2}}$ in three different ways. The work done by the gas is ${{W}_{1}}$if the process purely isothermal, ${{W}_{2}}$ if purely isobaric and ${{W}_{3}}$ if purely adiabatic. Then

A) ${{W}_{2}}>{{W}_{1}}>{{W}_{3}}$

B) ${{W}_{2}}>{{W}_{3}}>{{W}_{1}}$

C) ${{W}_{1}}>{{W}_{2}}>{{W}_{3}}$

D) ${{W}_{1}}>{{W}_{3}}>{{W}_{2}}$

• question_answer3) 1 mole of an ideal gas expands isothermally so that its pressure falls $1.05\times {{10}^{5}}$ Pa to $0.5\times {{10}^{5}}$ Pa. The change in entropy of the gas is equal to

A) 0

B) 0.693 J/K

C) 5.76 J/K

D) None of these

• question_answer4) In the given figure container A holds an ideal gas at a pressure of $50\times {{10}^{5}}$ Pa and a temperature of 300 K. It is connected by a thin tube (and a closed) container B, with four times the volume of A. Container B holds same at a pressure of $1.0\times {{10}^{5}}$ Pa and a temperature of 400 K. The valve is open allow the pressures to equalize, but the temperature of each container constant at its initial value. The final pressure in the two containers will be to A) $1.5\times {{10}^{5}}$ Pa

B) $2.5\times {{10}^{5}}$ Pa

C) $2.1\times {{10}^{5}}$ Pa

D) $3.5\times {{10}^{5}}$ Pa

• question_answer5) Water standing in the open at ${{32}^{o}}C$evaporates because of the escape of some of the surface mole cuels. The heat of vaporisation (540 cal/g) is approximately equal to $\varepsilon$ n, where $\varepsilon$ is the average energy of the escaping molecules and n is the number of molecules per gram. The value of $\varepsilon$ is close to

A) $1.62\times {{10}^{-20}}J$

B) $4.23\times {{10}^{-20}}J$

C) $6.75\times {{10}^{-20}}J$

D) $8.31\times {{10}^{-20}}J$

• question_answer6) A vessel contains a mixture of 1 mole of oxygen and two moles of nitrogen at 300 K. The ratio of the rotational kinetic energy per ${{O}_{2}}$molecule to that per ${{N}_{2}}$ molecule is

A) 1 : 2

B) 2 : 1

C) 1 : 1

D) depends on the moment of inertia of the two molecules

• question_answer7) An oscillator consists of a block attached to a spring (k = 400 N/m). At some time t, the position (measured from the systems equilibrium location), velocity and acceleration of the block are $x=0.100\,m,\,v=-15.0\,m/s$, and$a=-90\,m/{{s}^{2}}$. The amplitude of the motion and the mass of the block are

A) 0.2 m, 0.84 kg

B) 0.3 m, 0.76 kg

C) 0.4 m, 0.54 kg

D) 0.5 m, 0.44 kg

• question_answer8) An organ pipe A, with both ends open, has fundamental frequency 300 Hz. The third harmonic of another organ pipe B, with one end open, has the same frequency as the second harmonic of pipe A. The lengths of pipe A and B are (speed of sound in air = 343 m/s)

A) 57.2 cm and 42.9cm

B) 57. 2 cm and 45.8 cm

C) 42.9 cm and 32.2 cm

D) 42.9 cm and 34.0 cm

• question_answer9) The transverse displacement of a string fixed at both ends is given by$y=0.6\sin \left( \frac{2\pi x}{3} \right)\cos \,(120\,\pi t)$ where $x$and y are in metres and t is in seconds. The length of the string is 1.5 m and its mass is$3.0\times {{10}^{-2}}kg$. The tension in the string is equal to

A) 648 N

B) 724 N

C) 832 N

D) 980 N

• question_answer10) A capacitor of capacity ${{C}_{1}}=3.5\,\mu F$ is charged to a potential difference ${{V}_{0}}=6.0\,V$ using a battery. The battery is then removed and the capacitor connected using a switch S, as shown in the figure, to an uncharged capacitor of capacity ${{C}_{2}}=6.5\,\mu F$. The total final energy of the two capacitors after they are connected together then the charges $\left| {{q}_{1}} \right|$ and $\left| {{q}_{2}} \right|$ on the capacitors shall be A) $63\mu j,\left| {{q}_{1}} \right|=7.35\mu C$ and $\left| {{q}_{2}} \right|=13.65\mu C$

B) $22\mu j,\left| {{q}_{1}} \right|=10.5\mu C$ and $\left| {{q}_{2}} \right|=10.5\mu C$

C) $22\mu j,\left| {{q}_{1}} \right|=13.65\mu C$ and $\left| {{q}_{2}} \right|=13.65\mu C$

D) $22\mu j,\left| {{q}_{1}} \right|=13.65\mu C$ and $\left| {{q}_{2}} \right|=7.35\mu C$

• question_answer11) Two identical conducting spheres, fixed in place, attract each other with an electrostatic force of 0.108 N when separated by 50.0 cm, center to center. The spheres are then connected by a thin conducting wire. When the wire is removed the spheres repel each other with an electrostatic force of 0.0360 N. The initial charges on the spheres were

A) $9\times {{10}^{-6}}C,\,-3\times {{10}^{-6}}C$

B) $1\times {{10}^{-6}}C,\,-3\times {{10}^{-6}}C$

C) $-3\times {{10}^{-6}}C,\,\,\,2\times {{10}^{-6}}C$

D) $1\times {{10}^{-6}}C,-\,2\times {{10}^{-6}}C$

• question_answer12) A non-conducting sphere of radius a has a net charge + q uniformly distributed throughout its volume. A spherical conducting shell having inner and outer, radii b and c and a net charge -q is concentric with the sphere (see the figure). | Read the following statements (i) The electric field at a distance r from the center of the sphere for $r A) (i) (ii) and (v) B) (i), (iii) and (iv) C) (ii), (iii) and (iv) D) (ii), (iii) and (v) View Answer play_arrow • question_answer13) A thin glass rod is bent into a semi circle of radius r. A charge + q is uniformly distributed along the upper half and a charge - q is uniformly distributed along the lower half, as shown in the figure. The magnitude and direction of the electric field E produced at P, the centre of the circle, will be A) 0 B) \[\frac{q}{{{\varepsilon }_{0}}{{\pi }^{2}}{{r}^{2}}}$ perpendicular to the line OP and directed downward

C) $\frac{q}{{{\varepsilon }_{0}}\pi {{r}^{2}}}$ perpendicular to the line OP and directed downward

D) $\frac{q}{{{\varepsilon }_{0}}\pi {{r}^{2}}}$ along the axis OP

• question_answer14) A particle of positive charge Q is fixed at point P. A second particle of mass m and negative charge - q moves at constant speed in a circle of radius ${{r}_{1}}$, centered at P. The work W that must be done by an external agent on the second particle to increase the radius of the motion to ${{r}_{2}}$, is given by

A) $W=\frac{Qq}{8\pi {{\varepsilon }_{0}}}\left( \frac{1}{{{r}_{2}}}-\frac{1}{{{r}_{1}}} \right)$

B) $W=\frac{Qq}{8\pi {{\varepsilon }_{0}}}\left( \frac{1}{{{r}_{1}}}-\frac{1}{{{r}_{2}}} \right)$

C) $W=\frac{Qq}{4\pi {{\varepsilon }_{0}}}\left( \frac{1}{{{r}_{2}}}-\frac{1}{{{r}_{1}}} \right)$

D) $W=\frac{Qq}{4\pi {{\varepsilon }_{0}}}\left( \frac{1}{{{r}_{1}}}-\frac{1}{{{r}_{2}}} \right)$

• question_answer15) When 115 V is applied across a wire that is 10 m long and has a 0.30 mm radius, the current density is $1.4\times {{10}^{4}}\,A/{{m}^{2}}$. The resistivity of the wire is

A) $2.0\times {{10}^{-4}}\Omega \,-m$

B) $4.1\times {{10}^{-4}}\Omega \,-m$

C) $8.2\times {{10}^{-4}}\Omega \,-m$

D) $2.0\times {{10}^{-3}}\Omega \,-m$

• question_answer16) In the potentiometer circuit shown in the figure, the balance length AJ = 58 when switch S is open. When switch S is closed and the value of $R=5\,\Omega$, balance length AJ = 50 cm. The internal resistance of the cell C is A) $1.2\,\,\Omega$

B) $1.0\,\,\Omega$

C) $0.8\,\,\Omega$

D) $0.6\,\,\Omega$

• question_answer17) Figure shows a circuit with three ideal batteries in it. The circuit elements have the following values $\Delta {{V}_{{{B}_{1}}}}=3.0\,V$, $\Delta {{V}_{{{B}_{2}}}}=6.0\,V$ ${{R}_{1}}=2.0\,\,\Omega ,\,\,{{R}_{2}}=4.0\,\,\Omega$ The currents ${{i}_{1}},{{i}_{2}}$ and ${{i}_{3}}$ as shown in the circuit have the values

A) 0.50 A, - 0.25 A, + 0.25 A

B) 0.25 A, - 0.50 A, - 0.25 A

C) 0.50 A, 0.50 A, 1,0 A

D) - 0.25 A, - 0.50 A, 0.25 A

• question_answer18) The wire in the figure carries a current i and consists of a circular arc of radius R and central angle $\frac{\pi }{2}$ rad, and two straight sections whose extensions intersect the center C of the arc. The magnetic field B that the current produces at C is A) $\left| B \right|=\frac{{{\mu }_{0}}i}{8R}$ into the plane of the figure

B) $\left| B \right|=\frac{{{\mu }_{0}}i}{8R}$ out of the plane of the figure

C) $\left| B \right|=\frac{{{\mu }_{0}}i}{8\pi R}$ in to the plane of the figure

D) $\left| B \right|=\frac{{{\mu }_{0}}i}{8\pi R}$ out of the plane of the figure

• question_answer19) Figure shows a conducting loop consisting of a half-circle of radius r= 0.20m and three straight sections. The half-circle lies in a uniform magnetic field B that is directed out of the page, the field magnitude is given by $B=(4.0\,T/{{s}^{2}}){{t}^{2}}+(2.0\,T/s)t+3.0\,T$ An ideal battery with ${{\varepsilon }_{0}}=2.0\,V$ is connected to the loop. The resistance of the loop is $2.0\,\Omega$. The current in the loop at $t=10\,s$ will be close to A) 3.6 A

B) 1.6 A

C) 6.2 A

D) 4.2 A

• question_answer20) A current I flows along the length of an infinity long, straight, thin walled pipe. Then

A) the magnetic field at all points inside the pipe is the same but not zero

B) the magnetic field at any point ins die the pipe is zero

C) the magnetic field is zero only on the axis of the pipe

D) the magnetic field is different at different points ins die the pipe

• question_answer21) Two particles each of mass m and charge g are attached to the two ends of a light rigid rod of length $2l$. The rod is rotated at constant angualr speed about a perpendicular axis passing through its centre. The ratio of the magnitudes of the magnetic moment of the system and its angular momentum about the centre of the rod is

A) $\frac{q}{\pi m}$

B) $\frac{q}{m}$

C) $\frac{2q}{m}$

D) $\frac{q}{2m}$

• question_answer22) A $1.5\,\mu F$ capacitor is charged to 60 V. The charging battery is then disconnected and a 15 mH coil is connected in series with the capacitor so that LC oscillations occur. Assuming that the circuit contains no resistance, the maximum current in the coil shall be close to

A) 1.4 A

B) 1.2 A

C) 0.8 A

D) 0.6 A

• question_answer23) Figure shows a seris L-C-R circuit with$R=200\,\,\Omega ,\,C=15.0\,\,\mu F$ and L = 230 mH. If$\varepsilon =36.0\sin 120\,\pi t$, the amplitude ${{I}_{0}}$ of the current i in the circuit is close to A) 109mA

B) 126mA

C) 150mA

D) 164mA

• question_answer24) The magnetic component of a polarised wave of light is ${{B}_{x}}=(4.0\times {{10}^{-4}}T)\sin [1.57\times {{10}^{7}}{{m}^{-1}})y+\omega t)$ The intensity of light is

A) $1.9\,kW/{{m}^{2}}$

B) $3.8\,kW/{{m}^{2}}$

C) $5.7\,kW/{{m}^{2}}$

D) $7.6\,kW/{{m}^{2}}$

• question_answer25) An object and its real image are located at distances 25 cm and 40 cm respectively from the two principal foci of a convex lens. The linear magnification of the image is near to

A) + 1.3

B) - 1.3

C) + 1.8

D) -1.8

• question_answer26) A glass plate of refractive index 1.5 is coated with a thin layer of thickness t and refractive index 1.8. Light of wavelength 648 nm travelling in air is incident normally on the layer. It is partly reflected at upper and lower surfaces of the layer and the two reflected rays interfere. The least value of t for which the rays interfere constructively is

A) 30 nm

B) 60 nm

C) 90 nm

D) 120nm

• question_answer27) Energy of a photon whose de-Broglie wavelength is equal to the wavelength of an electron accelerated through a potential difference of 125 V is near to

A) 11.5eV

B) 11.5keV

C) 125eV

D) 1250eV

• question_answer28) Two radioactive materials ${{X}_{1}}$ and ${{X}_{2}}$ have decay constant $6\lambda$ and $3\lambda$ respectively. If initially they have the same number of nuclei, then the ratio of the number of nuclei of ${{X}_{1}}$ to that of ${{X}_{2}}$ will be $\frac{1}{e}$ after a time

A) $\frac{1}{6\lambda }$

B) $\frac{1}{3\lambda }$

C) $\frac{3}{6\lambda }$

D) $\frac{6}{9\lambda }$

• question_answer29) The ionizing power and the penetration range of radioactive radiations increase in the order

A) $\gamma ,\beta ,\alpha$ and $\gamma ,\beta ,\alpha$ respectively

B) $\gamma ,\beta ,\alpha$ and $\alpha ,\beta ,\gamma$ respectively

C) $\alpha ,\beta ,\gamma$ and $\alpha ,\beta ,\gamma$ respectively

D) $\alpha ,\beta ,\gamma$ and $\gamma ,\beta ,\alpha$ respectively

• question_answer30) A 24 V, 600 mW zener diode is used to provide a 24 V stabilized supply to a variable load ${{R}_{L}}$, as shown in the figure. The value of the resistance R is A) $320\,\,\Omega$

B) $640\,\,\Omega$

C) $960\,\,\Omega$

D) $1280\,\,\Omega$

• question_answer31) In an n-p-n transistor circuit, the collector current is 10 mA. If 90% of the electrons emitted reach the collector

A) the emitter current will be nearly 9 mA and the base current will be nearly 1 mA

B) the emitter current will be nearly 11 mA and the base current will be nearly 9 mA

C) the emitter current will be nearly 11 mA and the base current will be nearly 1 mA

D) the emitter and base currents will be 10 mA and 1 mA respectively

• question_answer32) Three circuit connections of a p-n-p transistor are given below   Which of the above represents the common emitter configuration?

A) (i)

B) (ii)

C) (iii)

D) None of the above

• question_answer33) The dimensions of the quantity E $\times$ B where E represents the electric field and B the magnetic field may be given as

A) $M{{T}^{-3}}$

B) ${{M}^{2}}L{{T}^{-5}}{{A}^{-2}}$

C) ${{M}^{2}}L{{T}^{-3}}{{A}^{-1}}$

D) $ML{{T}^{-2}}{{A}^{-2}}$

• question_answer34) Particle A moves along the line $y=4\sqrt{3}\,m$ with constant velocity v of magnitude 2.0 m/s and directed parallel to the positive re-axis (see figure). Particle B starts at the origin with zero speed and constant accelerationa (of magnitude $4.0\,m/{{s}^{2}}$) at the same instant that the particle A passes the y axis. The angle $\theta$ between a and the positive y axis that would result in a collision between these two particles should have a value equal to A) ${{30}^{o}}$

B) ${{45}^{o}}$

C) ${{50}^{o}}$

D) ${{60}^{o}}$

• question_answer35) In 1.0 s, a particle goes from point A to B, moving in a semi-circle of radius 1.0 m (as shown in the figure). The magnitude of the average velocity of the particle is A) 3.14 m/s

B) 2.0 m/s

C) 1.0 m/s

D) 0

• question_answer36) A ball of mass 100 g is projected vertically upwards from the ground with a velocity of 49 m/s. At the same time another identical ball is dropped from a height of 98 m to fall freely along the same path as followed by the first ball. After sometime the two balls collide and stick together. The velocity of the combined mass just after the collision is

A) 4.9 m/s upward

B) 4.9 m/s downward

C) 9.8 m/s upward

D) 9.8 m/s downward

• question_answer37) Two blocks of masses 2.9 kg and 1.9 kg are suspended from a rigid support S by two inextensible wires each of length 1 m (figure). The upper wire has negligible mass and the lower wire has a uniform mass of 0.2 kg/m. The whole system of blocks, wires and support have an upward accelration of $0.2\,m/{{s}^{2}}$. The tension at the mid-point of the upper wire is A) 20 N

B) 30 N

C) 40 N

D) 50 N

• question_answer38) A 40 kg slab rests on a frictionless floor. A 10 kg block rests on top of the slab (as shown in the figure). The coefficient of static friction ${{\mu }_{s}}$between the block and the slab is 0.60, whereas their kinetic friction coefficient ${{\mu }_{k}}$ is 0.40. The 10 kg block is pulled by a horizontal force (100.0 N) i. The resulting accelerations of the block and slab will be A) $(2.0\,m/{{s}^{2}})\,i,0$

B) $(2.0\,m/{{s}^{2}})\,i,-(2.0\,m/{{s}^{2}})\,i$

C) $(6.0\,m/{{s}^{2}})\,i,-(1.0\,m/{{s}^{2}})\,i$

D) $(4.0\,m/{{s}^{2}})\,i,0$ (Take $g=10\,m/{{s}^{2}}$)

• question_answer39) A 140 g ball, in horizontal flight with a speed ${{\upsilon }_{1}}$of 39.0 m/s, is struck by a bat. After leaving the bat, the ball travels in the opposite direction with speed ${{\upsilon }_{2}}=39.0\,m/s$. If the impact time $\Delta t$ for the ball-bat collision is 1.20 ms, what average net force acts on the ball?

A) 1308 N

B) 1090 N

C) 9100 N

D) 980 N

• question_answer40) A horizontal cable accelerates a package across a frictionless horizontal floor. The amount of work that has been done by the cables force on the package is given by $W(t)=(0.20\,J/{{s}^{2}})\,{{t}^{2}}$. The average power < P > due to cables force in the time interval $t=5\,s$ to ${{t}_{2}}=10\,s$ and the instantaneous power at t = 3 s are

A) 2.0 W, 1.80 W

B) 2.0 W, 1.20W

C) 3.0 W, 1.80W

D) 3.0W, 1.20W

• question_answer41) A body of mass 2.0 kg makes an elastic collision with another body at rest and continues to move in the original direction but with one-fourth of its original speed$\upsilon$. What is the mass of the other body and the speed of the two body center of mass?

A) 1.0kg and $\frac{2}{3}v$

B) 1.2 kg and $\frac{5}{8}v$

C) 1.4 and $\frac{10}{17}v$

D) 1.5 kg and $\frac{4}{7}v$

• question_answer42) Figure gives the acceleration of a 2.0 kg body as it moves from rest along x axis while a variable force acts on it from $x=0\,m$ to$x=9\,m$. The work done by the force on the body when it reaches (i) $x=4\,m$ and (ii) $x=7\,m$ shall be as given below A) 21 J and 33 J respectively

B) 21 J and 15 J respectively

C) 42 J and 60 J respectively

D) 42 J and 30 J respectively

• question_answer43) The U shaped object shown in the figure has outside dimensions of 100 mm each side and each of its three sides is 20 mm wide. The respective values of the X, Y and Z coordinates of the center of mass of the object will be close to A) (50, 50, 3) mm

B) (50, 50, 6) mm

C) (50, 38, 3) mm

D) (50, 41, 3) mm

• question_answer44) Two particles each of mass m and velocity v are travelling in the same direction along two parallel lines, in the plane of the paper, separated by a distance d. A and B are two points on their lines of motion and C is a point midway between the two lines (as shown in the figure). Read the following statements The magnitude of the total angular momentum of the two-particle system around the point A will be mvd The magnitude of the total angular momentum of the system around the point B will be mvd The magnitude of the vector sum of angular momenta of the system around points A and B shal be zero The magnitude of the angular momentum of the system around C will be zero Which of the above statements is/are correct?

A) (i) and (ii) only

B) (iii) only

C) (iii) and (iv) only

D) (i), (ii), (iii) and (iv)

• question_answer45) Three thin metal rods, each of mass M and length L, are welded to form an equilateral triangle. The moment of inertia of the composite structure about an axis passing through the centre of mass of the structure and perpendicular to its plane is

A) $\frac{1}{2}M{{L}^{2}}$

B) $\frac{1}{3}M{{L}^{2}}$

C) $\frac{2}{3}M{{L}^{2}}$

D) $\frac{1}{4}M{{L}^{2}}$

• question_answer46) Three uniform spheres, with masses ${{m}_{A}}=350\,kg,$ ${{m}_{B}}=2000\,kg,$ and ${{m}_{C}}=500\,kg$have the (x, y) coordinates (0, 0) cm, (- 80, 0) cm and (40, 0) cm respectively. The gravitational potential energy, U, of the system and change in its value in terms of increase or decrease, if the sphere of mass is removed, may be given as

A) $U=-1.92\times {{10}^{-4}}J$ and its value shall decrease if the sphere B is removed

B) $U=-1.92\times {{10}^{-4}}J$ and its value shall increase if the sphere B is removed

C) $U=-1.43\times {{10}^{-4}}J$ and its value shall decrease if mg is removed

D) $U=-1.43\times {{10}^{-4}}J$ and its value shall increase if ${{m}_{B}}$ is removed

• question_answer47) The figure shows a spherical hollow inside a lead sphere of radius J ?; the surface of the hollow passes through the center of the sphere and touches the right side of the sphere. The mass of the sphere before hollowing was M. With what gravitatioinal force does the hollowed-out lead sphere attract a small sphere of mass m that lies at a distance d from the center of the lead sphere, on the straight line connecting the centers of the spheres and of the hollow? A) $\frac{GMm}{{{d}^{2}}}\left[ 1-\frac{1}{8{{\left( 1-\frac{R}{2d} \right)}^{2}}} \right]$

B) $\frac{GMm}{{{d}^{2}}}\left[ 1+\frac{1}{8{{\left( 1-\frac{R}{2d} \right)}^{2}}} \right]$

C) $\frac{GMm}{{{d}^{2}}}\left[ 1-\frac{1}{4{{\left( 1+\frac{R}{2d} \right)}^{2}}} \right]$

D) $\frac{GMm}{{{d}^{2}}}\left[ 1-\frac{1}{8{{\left( 1+\frac{R}{2d} \right)}^{2}}} \right]$

• question_answer48) A uniform wire of cross-sectional area A and Youngs modulus Y is stretched within the elastic limit. If S is the stress in the wire, the elastic energy density stored in the wire in terms of the given parameters is

A) $\frac{S}{2Y}$

B) $\frac{2Y}{{{S}^{2}}}$

C) $\frac{{{S}^{2}}}{2Y}$

D) $\frac{{{S}^{2}}}{Y}$

• question_answer49) A U-tube contains two liquids in static equilibrium: Water of density ${{\rho }_{w}}(=1000\,kg/{{m}^{3}})$ is in the right arm and oil of unknown density $\rho$ is in the left arm as shown in the figure. Measurement gives $l=135\,mm$ and $d=12.5\,mm$. The density of oil is A) 1092 $kg/{{m}^{3}}$

B) 961 $kg/{{m}^{3}}$

C) 915 $kg/{{m}^{3}}$

D) 843 $kg/{{m}^{3}}$

• question_answer50) Two spheres A and B having radii of 3 cm and 5 cm respectively are coated with carbon black on their outer surfaces. The wavelengths of radiations corresponding to maximum intensity of emission are 300 nm and 500 nm respectivley. The respective powers radiated by them are in the ratio of

A) $\sqrt{\frac{5}{3}}$

B) $\frac{5}{3}$

C) ${{\left( \frac{5}{3} \right)}^{2}}$

D) ${{\left( \frac{5}{3} \right)}^{4}}$

• question_answer51) The structure of diamagnetic nickel complex, ${{[Ni{{(CN)}_{4}}]}^{2-}}$is

A) trigonal bipyramidal

B) tetrahedral

C) square planar

D) distorted octahedral

• question_answer52) The known oxidation states for both V and CO are

A) +2, +3, +4, +5

B) +2, +3, +4, +5, +6

C) +2, +3, +4

D) +2, +3

• question_answer53) The expression for effective magnetic moment $({{\mu }_{eff}})$ is

A) ${{\mu }_{eff}}=\sqrt{n(n+2)}\,BM$

B) ${{\mu }_{eff}}=\sqrt{2(n+2)}\,BM$

C) ${{\mu }_{eff}}=\sqrt{n(2n+2)}\,BM$

D) ${{\mu }_{eff}}=\sqrt{n(n+1)}\,BM$

• question_answer54) Laughing gas is

A) ${{N}_{2}}O$

B) NO

C) $N{{O}_{2}}$

D) ${{N}_{2}}{{O}_{6}}$

• question_answer55) Which one of the following is ferromagnetic?

A) Co

B) Mn

C) At

D) Ag

• question_answer56) What type of hybridisation is involved in the metal ion of ${{[Ni{{({{H}_{2}}O)}_{6}}]}^{2+}}$ complex?

A) ${{d}^{2}}s{{p}^{3}}$

B) $s{{p}^{3}}{{d}^{2}}$

C) $s{{p}^{3}}$

D) $ds{{p}^{2}}$

• question_answer57) In which of the following the hydration energy is higher than the lattice energy?

A) $SrS{{O}_{4}}$

B) $BaS{{O}_{4}}$

C) $MgS{{O}_{4}}$

D) $RaS{{O}_{4}}$

• question_answer58) Which one of the following does not exist?

A) ${{B}_{2}}$

B) ${{N}_{2}}$

C) $He_{2}^{+}$

D) $N{{e}_{2}}$

• question_answer59) Who proposed dual nature of electron?

A) de-Broglie

B) Einstein

C) Bohr

D) Heisenberg

• question_answer60) The oxyacid of sulphur that contains a lone pair of electrons on sulphur is

A) sulphurous acid

B) sulphuric acid

C) peroxodisulphuric acid

D) pyrosulphuric acid

• question_answer61) The complex showing a spin only magnetic moment of 2.82 BM is

A) $[Ni{{(CO)}_{4}}]$

B) ${{[NIC{{l}_{4}}]}^{2-}}$

C) $[Ni{{(PP{{H}_{3}})}_{4}}]$

D) ${{[Ni{{(CN)}_{4}}]}^{2-}}$

• question_answer62) In which of the following molecule/ion, all the bonds are not equal?

A) $Xe{{F}_{4}}$

B) $BF_{4}^{-}$

C) ${{C}_{2}}{{H}_{4}}$

D) $Si{{F}_{4}}$

• question_answer63) The correct order of electron gain enthalpy with negative sign of F, Cl, Br, and I, having atomic number 9,17,35 and 53 respectively, is

A) $F>Cl>Br>I$

B) $Cl>F>Br>I$

C) $Br>Cl>I>F$

D) $I>Br>Cl>F$

• question_answer64) Which of the following is the weakest base?

A) $Ca{{(OH)}_{2}}$

B) KOH

C) $Li(OH)$

D) $Sr{{(OH)}_{2}}$

• question_answer65) Identify the positively charged

A) Hemoglobin (Blood)

B) $A{{s}_{2}}{{S}_{3}}$

C) Clay

D) Gold sols

• question_answer66) The following is an intensive property of a system

A) total mass

B) total energy

C) volume

D) energy $mo{{l}^{-1}}$

• question_answer67) Principle of paper chromatography is based on

A) solid-liquid partition chromatography

B) liquid-partition chromatography

C) liquid-solid adsorption chromatography

D) liquid-liquid sorption chromatography

• question_answer68) Predict the correct shape of $BH_{4}^{-}$.

A) Pyramidal, $s{{p}^{3}}$

B) Octahedral, $s{{p}^{3}}{{d}^{2}}$

C) Tetrahedral, $s{{p}^{3}}$

D) None of these

• question_answer69) The degree of ionisation of HF in 0.100 M aqueous solution is (freezing point of the solution $=-{{0.197}^{o}}C$ and ${{K}_{f}}$ for water $={{186}^{o}}C)$

A) 6%

B) 12%

C) 3%

D) 9%

• question_answer70) Which of the following solution has the highest boiling point?

A) 1% glucose

B) 1% NaCI

C) 1% sucrose

D) 1% $CaC{{l}_{2}}$

• question_answer71) The percentage of iron present as Fe(III) in $F{{e}_{0.93}}{{O}_{1.0}}$ is

A) 8.3%

B) 9.6%

C) 11.5%

D) 17.7%

E) (e) None of these above

• question_answer72) Equivocal aqueous solutions of $NaCl$ and $BaC{{l}_{2}}$ are prepared. If the freezing point of$NaCl$ is $-{{2}^{o}}C$, the freezing point of $BaC{{l}_{2}}$solution is expected to be

A) $-{{2}^{o}}C$

B) $-{{3}^{o}}C$

C) $-{{1.5}^{o}}C$

D) $-{{1.66}^{o}}C$

• question_answer73) An ion with mass number 37 possesses one unit of negative charge. If ion contains 11.1% more neutrons than electrons, the symbol of the ion, X, is

A) $_{17}^{35}X$

B) $_{17}^{35}{{X}^{\Theta }}$

C) $_{17}^{37}X$

D) $_{17}^{37}{{X}^{\Theta }}$

• question_answer74) The pH of a 0.05 M ammonia solution is 10.97. Find the ionisation constant the conjugate acid of ammonia, $NH_{4}^{+}$. Given, $p{{K}_{w}}=14.0\,{{K}_{b}}$ for ammonia,$=1.77\times {{10}^{-5}}$

A) $4.77\times {{10}^{-5}}$

B) $9.77\times {{10}^{-5}}$

C) $4.99\times {{10}^{-10}}$

D) $5.64\times {{10}^{-10}}$

• question_answer75) Consider two standard half cells based on the reaction $A{{g}^{+}}(aq)+{{e}^{-}}\xrightarrow{{}}Ag(s)$ The left half cell contains $AgN{{O}_{3}}$ at 1M, and the right half cell initially had the same cone. of $AgN{{O}_{3}}$, but just enough $NaCl(aq)$ has been added to complete precipitate the $A{{g}^{+}}(aq)$ as $AgCl(s)$. If cell emf is 0.295 V, the ${{K}_{sp}}$ of $AgCl$ approximately

A) $1\times {{10}^{-12}}$

B) $6.60\times {{10}^{-12}}$

C) $1.10\times {{10}^{-10}}$

D) $6.60\times {{10}^{-10}}$

E) (e) None of these above

• question_answer76) Mg with its external 3s2 configuration is

A) an insulator

B) a conductor

C) a semiconductor

D) a supersonic conductor

• question_answer77) The average energy per molecule of a gas at a given temperature, T, is given by

A) $\frac{3}{2}RT$

B) $\sqrt{\frac{3RT}{M}}$

C) $\sqrt{\frac{8(R/{{N}_{A}})T}{\pi M}}$

D) $\frac{3}{2}\left( \frac{R}{{{N}_{A}}} \right)T$

• question_answer78) The rate of the reaction is given by rate,$r=k\,{{[{{H}^{+}}]}^{n}}$ If the rate becomes 100 times when the pH changes from 2 to 1 the order of the reaction is

A) 0

B) 1

C) 2

D) 3

• question_answer79) Which of the following sets of quantum numbers is not possible?

A) $n=1,l=0,\,{{m}_{l}}=0,{{m}_{s}}=-\frac{1}{2}$

B) $n=1,l=1,\,{{m}_{l}}=0,{{m}_{s}}=+\frac{1}{2}$

C) $n=2,l=1,\,{{m}_{l}}=0,{{m}_{s}}=+\frac{1}{2}$

D) $n=3,l=1,\,{{m}_{l}}=0,{{m}_{s}}=+\frac{1}{2}$

• question_answer80) Methyl benzoate can be prepared by

A) ${{C}_{6}}{{H}_{5}}COOH+C{{H}_{3}}OH\xrightarrow{{{H}^{+}}}$

B) ${{C}_{6}}{{H}_{5}}COOCl+C{{H}_{3}}OH\xrightarrow{Pyridine}$

C) ${{C}_{6}}{{H}_{5}}COOH+C{{H}_{2}}{{N}_{2}}\xrightarrow{{}}$

D) All of the above methods

• question_answer81) In the reaction,$HC\equiv CH+2AgN{{O}_{3}}\xrightarrow{N{{H}_{4}}OH}$ $X+2N{{H}_{4}}N{{O}_{3}}+2{{H}_{2}}O$ X is

A) $A{{g}_{2}}C$

B) $A{{g}_{2}}{{C}_{2}}$

C) AgC

D) AgOH

• question_answer82) Acid anhydride on reaction with primary amines give

A) imine

B) ${{2}^{o}}$amine

C) amide

D) imide

• question_answer83) Which one of the following can not be made from 1-bromopropane in a single step?

A) Propane

B) Propene

C) Propan-1-o1

D) PropyI amine

E) (e) None of these above

• question_answer84) 5-oxohexanal is obtained by ozonolysis of

A) B) C) D) • question_answer85) Drugs that bind to the receptor site and inhibit its natural function are called

A) antagonists

B) agonists

C) enzymes

D) molecular targets

• question_answer86) Which of the following carboxylic acids undergoes decarboxylation easily?

A) ${{C}_{6}}{{H}_{5}}COC{{H}_{2}}COOH$

B) ${{C}_{6}}{{H}_{5}}CH\underset{\begin{smallmatrix} | \\ OH \end{smallmatrix}}{\mathop{C}}\,OOH$

C) ${{C}_{6}}{{H}_{5}}\underset{\begin{smallmatrix} | \\ N{{H}_{2}} \end{smallmatrix}}{\mathop{C}}\,HCOOH$

D) ${{C}_{6}}{{H}_{5}}COCOOH$

• question_answer87) Kjeldahl method for estimation of nitrogen is not applicable to

A) pyridine

B) hexamethylene diamine

C) propan-1-amine

D) 2-phenylethanamine

• question_answer88) Which of the following reactions would give isopropylbenzene as the product? (i) (ii) (iii) (iv) A) I and IV only

B) II and III only

C) II, III, IV only

D) All of the above

• question_answer89) In which of the following resonance of $-N{{H}_{2}}$ is possible?

A) 1-aminobutane

B) Ethyl amine

C) Benzyl amine

D) p-toluidine

• question_answer90) The product obtained in the following reaction is$C{{H}_{3}}C{{H}_{2}}C{{H}_{2}}-\overset{\begin{smallmatrix} O \\ || \end{smallmatrix}}{\mathop{C}}\,-N{{H}_{2}}\xrightarrow[\Delta ]{{{P}_{2}}{{O}_{5}}}?$

A) $C{{H}_{3}}C{{H}_{2}}C{{H}_{2}}COOH$

B) $C{{H}_{3}}C{{H}_{2}}C{{H}_{2}}-CN$

C) $C{{H}_{3}}C{{H}_{2}}C{{H}_{2}}-\overset{\begin{smallmatrix} OH \\ | \end{smallmatrix}}{\mathop{C}}\,-NH$

D) None of the above

• question_answer91) Which of the following will not give a primary amine?

A) $C{{H}_{3}}CN\xrightarrow{LiAl{{H}_{4}}}$

B) $C{{H}_{3}}NC\xrightarrow{LiAl{{H}_{4}}}$

C) $C{{H}_{3}}CON{{H}_{2}}\xrightarrow{LiAl{{H}_{4}}}$

D) $C{{H}_{3}}CON{{H}_{2}}\xrightarrow{B{{r}_{2}},\,\,NaOH}$

• question_answer92) 2,4,6-trinitrochlorobenzene on warming with water produces

A) chlorobenzene

B) picric acid

C) phenol

D) no compound since C?Cl bond is stable

• question_answer93) Which of the following will be most readily dehydrated in acidic conditions?

A) B) C) D) • question_answer94) Wurtz reaction of methyl iodide yields an organic compound X. Which of the following reaction also yields X?

A) ${{C}_{2}}{{H}_{5}}Cl+LiAl{{H}_{4}}\xrightarrow{{}}$

B) ${{C}_{2}}{{H}_{5}}Cl+Mg\xrightarrow{Dry\text{ }ether}$

C) ${{C}_{2}}{{H}_{5}}Cl+{{C}_{2}}{{H}_{5}}ONa\xrightarrow{{}}$

D) $CHC{{l}_{5}}Cl+Ag(powder)\xrightarrow{\Delta }$

• question_answer95) Among the following amines, the strongest Bronsted base is

A) $N{{H}_{3}}$

B) C) D) A) B) C) $C{{H}_{2}}=CH\overset{\bullet }{\mathop{C}}\,{{H}_{2}}$

D) $C{{H}_{2}}=\overset{\bullet }{\mathop{C}}\,H$

• question_answer97) Which one of the following is a strong base?

A) $NoOH$

B) KOH

C) $Ca{{(OH)}_{2}}$

D) $Mg{{(OH)}_{2}}$

• question_answer98) The following elements belong to second transition series

A) V, La, Ht, Ta

B) Nb, Mo, Tc, Ru

C) Ir, Os, Re, Ta

D) Re, Os, Ir, Pt

• question_answer99) What is the oxidation state of Co in${{[Co{{({{H}_{2}}O)}_{5}}Cl]}^{2+}}?$

A) + 2

B) +3

C) + 1

D) + 4

• question_answer100) The unpaired electron in $Ni{{(CO)}_{4}}$ is

A) 1

B) 2

C) 3

D) 0

• question_answer101) Flowering plants might have originated from

A) chlorophyte ancestors

B) tracheophyte ancestors

C) Rhynia type plants

D) psilophytes

• question_answer102) The drug marijuana is obtained from

A) Cannabis sativa

B) Papaver somniferum

D) Datura alba

• question_answer103) The plant disease which is not caused by a fungus is

A) brown rust of wheat

B) red rot of sugar cane

C) late blight of potato

D) black rot of crucifers

• question_answer104) In anaerobic sludge digestion during secondary treatment of sewage, biogas is produced, which is a mixture of

A) methane ${{H}_{2}}S$ and ${{H}_{2}}S$

B) methane and $C{{O}_{2}}$

C) methane, ${{H}_{2}}S,C{{O}_{2}}$ and CO

D) methane, ${{H}_{2}}S,C{{O}_{2}}$, CO and ethane

• question_answer105) During amplification of gene using PCR, taq polymerase is used between

A) denaturation and annealing

B) annealing and extension

C) extension and amplification

D) None of the above

• question_answer106) Full name of professor Misra, who is known as the Father of Ecology in India is

A) Ramesh Misra

B) Ramavtar Misra

C) Ramakant Misra

D) Ramdeo Misra

• question_answer107) Detritivores break down the detritus and process is known as

A) leaching

B) fragmentation

C) lumification

D) mineralization

• question_answer108) An international treaty on ozone depletion known as Montreal Protocol was signed at Montreal in the year

A) 1981

B) 1983

C) 1985

D) 1987

• question_answer109) An ecologist uses the term biodiversity for the variety of species of

A) all living plants

B) all living animals

C) Both (a) and (b)

D) (a) ,(b) above and microbes also living in this natural habitats

• question_answer110) Knock knee syndrome occurs due to the pollution of

A) nitrates

B) phosphates

C) fluorides

D) heavy metals

• question_answer111) The fluid mosaic model of cell membrane was given by

A) SS Singer and GL Nicholson

B) SJ Singer and HL Nicholson

C) SJ Singer and GL Nicholson

D) SS Singer and GL Nicholson

• question_answer112) Hydroponics is

A) growing plants without soil

B) growing plants in water

C) growing plants without matter

D) All of the above

• question_answer113) The electron from photosystem-II goes to photosystem-I and finally taken up by NADP leaving an electron hole in photosystem-II. This electron hole in photosystem-II is filled by the electron released form

A) $C{{O}_{2}}$

B) ${{H}_{2}}O$

C) chlorophyll

D) light

• question_answer114) In photorespiration glycine enters from

A) chloroptast to proxysome

B) succinyl Co-A to succinic acid

C) succinic acid to fumaric acid

D) fumaric acid to malic acid

• question_answer115) In TCA cycle substrate level phosphorylation takes place during the conversion of

A) oxaloacetic acid to citric acid

B) succinyl Co-A to succinic acid

C) succinic acid to fumaric acid

D) fumaric acid to malic acid

• question_answer116) The aestivationg in corolla of Calotropis is

A) valvate

B) twisted

C) imbricate

D) vexillary

• question_answer117) The commonly found tissue in pulp of fruits like guava and in leaves of tea are

A) collenchyma

B) aerenchyama

C) chlorenchyma

D) sclereids

• question_answer118) Among various categories of threatened species the percentage of angiosperms categorised as vulnerable is about

A) 14%

B) 19%

C) 41%

D) 51%

• question_answer119) The fungus often studied in experimental genetics and also called as Drosophila of plant kingdom is

A) Erysiphe

B) Neurospora

C) Rhizopus

D) Aspergilius

• question_answer120) The correct sequence of seral stages in hydrosere is

A) plankton, submerged, floating, reed swamp, sedge meadow, woodland

B) plankton, floating, submerged, reed swamo, sedge meadow, woodland

C) plankton, submerged, floating, sedge meadow, reed swamp, woodland

D) plankton, submerged, floating, sedge meadow, woodland, reed meadow

• question_answer121) Charles Darwin returned to England in 1936 from his five year expedition but published his observation and conclusion in the form of a book in November.

A) 1938

B) 1839

C) 1859

D) 1869

• question_answer122) Several plant pathogens can be controlled by the biocontrol agent

A) Phytophthora

B) Trichoderma

C) Albugo

D) Saccharomyces

• question_answer123) Histology deals with the study of

A) structures which can be discerned with naked eye

B) tissues

C) cells

D) changes in form and structure during development

• question_answer124) The following plant placed under dicots Bt lacks cotyledons is

A) maize

B) Cuscuta

C) mustard

D) linseed

• question_answer125) Acetyl coenzyme-A can be formed through the process of

A) glycoiysis

B) p-oxidation of fatty acid

C) deamination of amino acids

D) All of the above

• question_answer126) Xanthomonas phaseoli is responsible for disease known as

A) wilt of paper

B) blight of beans

C) wilt of potato

D) canker of tomato

• question_answer127) To make soya sauce from soyabean meal the fungus used is

A) Penicillium

B) Aspergillus

C) Agaricus

D) Saccharomyces

• question_answer128) nigrum is one of the species of genus

A) Mangifera

B) Solarium

C) Triticum

D) Pisum

• question_answer129) Maximum modes of nutrition are found in

A) Monera

B) Protista

C) Fungi

D) Plantae

• question_answer130) Katherine Esau a world known name is plant anatomy was born in

A) Australia

B) Ukraine

C) Austria

D) UK

• question_answer131) When the margin of the thalamus grows upward enclosing ovary completely and getting fused with it while the other parts of flower arise above the ovary the ovary is said to be

A) inferior

B) superior

C) half inferior

D) half superior

• question_answer132) Non-endospermous seeds are found in

A) bean

B) gram

C) pea

D) All of these

• question_answer133) In maize seed, coleorrhiza is present adjacent to

B) plumule

C) scutellum

D) endosperm

• question_answer134) The word meristem is derived from Greek, meristos meaning

A) young

B) divided

C) tissue

D) tip

• question_answer135) The stele consists of

A) endodermic, pericycle, vascular bundle and pith

B) pericycle, vascular bundle end pith

C) vascular bundle and pith

D) vascular bundle only

• question_answer136) During secondary growth the amount of secondary xylem produced is more than the secondary phloem because

A) the cambium is more active on the inner side

B) the cambium is more active on the outer side

C) the cambium is equally active on both sides but the xylem is needed more

D) the cambium has no role to plays in this difference

• question_answer137) The movement of cilia and flagella is due to the presence of

B) central sheath

C) singlet microtubules

D) exonym

• question_answer138) In amino acid alanine is

A) monoamino monocarboxylic amino acid

B) sulphur containing amino acid

C) monoamino dicarboxylic amino acid

D) basic amino acid

• question_answer139) In onion root tip during metaphase stages mitosis the number of kinetic will be

A) 4

B) 8

C) 16

D) 32

• question_answer140) Apoplastic path for the transport of water I root is through

A) intercellular spaces

B) intercellular spaces and cell walls

C) cell walls only

D) intercellular spaces, cell walls and endodermis

• question_answer141) Source of mineral nutrients is

A) soil

B) minerals obtained from rocks

C) rocks

D) All of the above

• question_answer142) The two reducing powers of light reaction a used in dark reaction during the formation of

A) 3-phosphoglycerate from ribulose, 1,5-bisphosphate

B) glyceraldehyde 3-phosphate from 3-phosphoglycerate

C) sucrose from triose phosphate

D) ribulose 1,5-bisphosphate from triose phosph

• question_answer143) The exponential growth can be expressed ${{w}_{1}}={{w}_{0}}{{e}^{rt}}$ whereas e denotes

A) growth rate

B) time of growth

C) base of nature logarithm

D) final size

• question_answer144) The plant growth regulator kinetin is a/an

A) growth derivative of purines

B) derivative of carotenoids

C) terpene

D) gas

• question_answer145) Vegetative propagation in water hyacinth takes place by

A) rhizome

B) bulbil

C) leaf bud

D) offset

• question_answer146) The body of ovule fused with funicle is called

A) integuments

B) hilum

C) micropyle

D) chalaza

• question_answer147) Endosperm completely consumed by the developing embryo before seed maturation in

A) pea, ground nut and castor

B) ground nut bean and coconut

C) pea, ground nut and bean

D) None of the above

• question_answer148) In Mendels seven contrasting traits of pea total number of colours tested by him was

A) 2

B) 3

C) 4

D) 5

• question_answer149) The double helix of DNA is made of polynucleotide chains where in backbone constituted by sugar phosphate and the bases are projected

A) inside

B) outside

C) one base inside and the other outside

D) bases remain-in line of sugar phosphate

• question_answer150) Among the RNA polymerases, the RNA polymerase-II transcribes

A) rRNA

B) fRNA

C) small nuclear RNAs

D) heterogeneous nuclear RNA

• question_answer151) Heterogamety is the term where an individual produces two types of gametes. The most appropriate answer is/are

A) male Drosophila fly

B) female Drosophila fly

C) female bird

D) Both (a) and (c)

• question_answer152) Induced abortion is also called

A) STD

B) MTP

C) IUD

D) PID

• question_answer153) The site on antigen that are recognised by antibodies and receptors present on T and B-cells are

A) antigenic determinants

B) epitopes

C) paratopes

D) Both (a) and (b)

• question_answer154) Cells responsible for cell-mediated response are

A) T-cytotoxic cells

B) T-helper cells

C) B-cells

D) All of these

• question_answer155) HIV selectively targets

A) B-memory cells

B) B-effector cells

C) T-cytotoxic cells

D) T-helper cells

• question_answer156) Disease which is always present at a low level in a given population or a region is termed as

A) pandemic

B) endemic

C) epidemic

D) notifiable disease

• question_answer157) Oral contraceptive prevent pregnancy by

A) killing the ovum

B) blocking fertilization

C) preventing ovulation

D) preventing implantation

• question_answer158) A person may die due to allergic reaction or an anaphylaetic shock which is characterised by

A) constriction of peripheral blood vessel

B) blood capillaries become highly permeable causing loss of fluid from the blood

C) drastic increase in the blood pressure

D) All of the above

• question_answer159) Endangered or threatened animals are protected from its extinction by ex-situ conservation in

A) Wild Life Sanctuary

B) Biosphere Reserves

C) National Parks

D) Zoological Parks

• question_answer160) Population growth curve is sigmoid, if the growth pattern is

A) logistic

B) geometric

C) exponential

D) accretionary

• question_answer161) Which of the following statement is false with respect to prosthetic groups?

A) Proteins

B) Non-proteins

C) Tightly bound to enzymes

D) Metal compounds

• question_answer162) Consumption of alcohol may lead to

A) accumulation of acetaldehyde in liver

B) synthesis of fat in liver

C) lowering of blood glucose level of the body

D) All of the above

• question_answer163) Which of the following disease is cause by virus?

A) Poliomyelitis

B) Tuberculosis

C) Syphilis

D) Diphtheria

• question_answer164) Halliker, a drought breed of cattle is found in

A) Karnataka

B) Gujarat

• question_answer165) The inspiratory reserve volume + tidal volume + expiratory reserve volume is same as

A) inspiratory capacity + expiratory reserve volume

B) total lung capacity - functional residual capacity

C) inspiratory capacity + functional residual capacity

D) inspiratory capacity + residual volume

• question_answer166) After surgical removal of an infected gall bladder, a person must be especial careful to restrict dietary intake of

A) starch

B) protein

C) sugar

D) fat

• question_answer167) Which of the following animals lack alimentary canals (complete digestive system)?

A) Earthworms

B) Jellyfish

C) Insects

D) Fishes

• question_answer168) Most of our cells are surrounded by

A) blood

B) fluid equivalent to sea water in salts composition

C) interstitial fluid

D) pure water

• question_answer169) In his laboratory apparatus, Stanley Mallei synthesised

A) proteins

B) DNA

C) amino acids

D) protobionts

• question_answer170) Which gas was probably least abundant in the early atmosphere?

A) ${{H}_{2}}O$

B) ${{O}_{2}}$

C) $N{{H}_{3}}$

D) $C{{O}_{2}}$

• question_answer171) Pulse is a direct measure of

A) blood pressure

B) stroke volume

C) cardiac output

D) heart rate

• question_answer172) Name the character of phylum- Aschelminthes, which differentiates it from all other phyla of kingdom-Animalia.

A) Parasitic mode

B) Round in shape

C) Psedocoelomate

D) Bilateral symmetry

• question_answer173) In cockroach the flow of haemolymph is

A) heart $\to$ head haemocoei $\to$ perlvisceral sinus $\to$ pericardial sinus $\to$ ostia $\to$ heart

B) heart $\to$ pericardial sinus $\to$ head haemocoei $\to$ perivisceral sinus $\to$ ostia $\to$heart

C) heart $\to$ head haemocoei $\to$ perivisceral sinus $\to$ ostia pericardial sinus $\to$ heart

D) heart $\to$ ostia $\to$ perivisceral sinus $\to$pericardial sinus $\to$ head haemocoei $\to$ heart

• question_answer174) Which of the following is an oviparous mammal?

A) Balaenoptera

B) Delphinus

C) Pteropus

D) Ornithorhynchus

• question_answer175) Functional kidney of mammals is

A) archinephros type

B) ophisthonephros type

C) pronephros type

D) metanephros type

• question_answer176) Torsion is the characteristic of

A) Gastropoda

B) Pelecypoda

C) Cephalopoda

D) (d Amphineura

• question_answer177) Temperature increases with height in which of the sphere

A) Troposphere

B) Stratosphere

C) Mesosphere

D) (d None of these

• question_answer178) Maximum species diversity is seen in latitudinal range of

A) ${{23.5}^{o}}N$ to ${{66.5}^{o}}N$

B) ${{23.5}^{o}}S$ to ${{66.5}^{o}}N$

C) ${{23.5}^{o}}N$ to ${{66.5}^{o}}S$

D) ${{66.5}^{o}}N$ to ${{90}^{o}}N$

• question_answer179) In a polluted environment, the maximum pollutant will occur in

A) primary producers

B) tertiary consumers

C) secondary consumers

D) primary consumers

• question_answer180) Gir Lion Sanctuary Project was started in the year

A) 1976

B) 1972

C) 1962

D) 1952

• question_answer181) Which of the following is not vestigial organ in human beings?

A) Rudimentary ear muscles and third molars

B) Coccygeal tail vertebrae and scalp muscles

C) Vermiform appendix and nictitating membrane of the eye

D) Ear pinna, patella, olecranon process

• question_answer182) Which one of the following is considered as industrial pollution indicators?

A) Chameleon

B) Lichens

C) Bengal Tiger

D) Biston betlaria

• question_answer183) Wing of pigeon is homologous to the

A) ear of a bat

B) wing of butter fly

C) fore leg of horse

D) tail of rabbit

• question_answer184) Which of the following is an X-linked recessive trait with locus in ${{X}_{q}}$ 28 and related with factor VIII?

A) Haemophilia-A

B) Haemophilia-B

C) Christmas disease

D) Both (a) and (b)

• question_answer185) Choose a false statement with reference to sickle-cell anaemia.

A) Have genotype $H{{b}^{s}}/H{{b}^{s}}$

B) Have genotype $H{{b}^{A}}/H{{b}^{A}}$

C) Substitution of glutamic acid to valine

D) Have sickle-shape RBC

• question_answer186) The following is not a function of progesterone

A) gestation

B) inhibition of ovuiation

C) uterine growth and development

D) stimulation of mammary secretion

• question_answer187) YAC5 refers to

A) Yeast artificial cell

B) Yeast artificial chromosome

C) Yeast artificial colony

D) None of the above

• question_answer188) Which of the following statement is not correct?

A) Starch is a polymer of a -glucose

B) Starch is made up of amylase and amylopectin

C) Amylase in linear structure consisting of several glucose residues joined by 1, 4-glycosidic linkage

D) Amylopectin is a straight chain with several glucose residues joined only by 1, 4-glycosidic linkages

• question_answer189) Individual subunits of polysaccharides are linked by

A) glycosidic bonds

B) phosphodiester bonds

C) peptide bonds

D) hydrogen bonds

• question_answer190) Sucrose is made up of

A) glucose-galactose

B) glucose-glucose

C) glucose-fructose

D) fructose-fructose

• question_answer191) Ontogenetically liver and pancreas are

A) ectodermal

B) mesodermal

C) endodermal

D) None of the above

• question_answer192) One of the following ions are required for nerve impulse transmission at the neuromuscular junction

A) magnesium

B) chloride

C) calcium

D) iron

• question_answer193) Which of the following as a protein deficient disease?

A) Osteomalacia

B) Kwashiorkor

C) Pellagra

D) Rickets

• question_answer194) Originating in bone marrow, circulating in blood for 1-2 days, migrating to connective tissue and forming macrophage is a characteristic of

A) eosinophils

B) basophiles

C) monocytes

D) lymphocytes

• question_answer195) In frog kidney the urea is eliminated by

A) glomerular filtration

B) tubular secretion

C) Both (a) and (b)

D) tubular absorption

• question_answer196) The organ of corti is situated on the

A) basilar membrane in the tympanic

B) Reissners membrane in the vestibular canal?

C) Basilar membrane in the median canal

D) Reissners membrane in the tympanic canal

• question_answer197) The following respond to pressure

A) Meissners corpuscle

B) pacinian corpuscle

C) bulbs of Krause

D) organ of Ruffini

• question_answer198) Between breaths the intraplural pressure is approximately ... mrnHg less than atmospheric pressure.

A) 1

B) 4

C) 8

D) 10

• question_answer199) The peritubular capillaries of the nephron arise from the

A) afferent arteriole

B) efferent arteriole

C) renal artery

D) arcuate artery

• question_answer200) GnRH secreted from hypothalamus ma^ stimulates the release of

A) thyroxin from thyroid gland

B) ADH from posterior pituitary

C) FSH and LH from anterior pituitary

D) aldosterone from adrenals

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