AIPMT 2002 | NEET Year Wise Previous Years Questions

Biology

Chemistry

Physics

1. A capacitor of capacity C1 charged upto V volt and then connected to an uncharged capacitor of capacity C2. The final po 2. The value of Planck's constant is 3. To convert a galvanometer into a voltmeter one should connect a 4. A charge q moves in a region where electric field and magnetic field both exist, then force on it is 5. The magnetic field of given length of wire for single turn coil at its centre is B then its value for two turns coil for 6. Two bar magnets having same geometry with magnetic moments M and 2M, are firstly placed in such a way that their similar 7. For a series LCR circuit the power loss at resonance is 8. The velocity of electromagnetic wave is parallel to 9. What is the cause of Green house effect ? 10. A bulb is located on a wall. Its image is to be obtained on a parallel wall with the help of convex lens. The lens is pl 11. For the given incident ray as shown in figure, the condition of total internal refraction of this ray the required refra 12. Diameter of human eye lens is 2 mm. What will be the minimum distance between two points to resolve them, which are situ 13. If particles are moving with same velocity, then which has maximum de Broglie wavelength? 14. Specific resistance of a conductor increases with 15. When ultraviolet rays incident on metal plate then photoelectric effect does not occur, it occurs by incidence of 16. Which of the following is not the property of cathode rays ? 17. Which of the following are suitable for the fusion process ? 18. A deutron is bombarded on 8O16 nucleus then $$\alpha $$-particle is emitted. The product nucleus is 19. Number of atom per unit cell in B.C.C. 20. The given truth table is for which logic gate             & 21. In a p-n junction 22. For the given circuit of p-n junction diode which is correct 23. For a black body at temperature 727oC, its radiating power is 60 watt and temperature of surrounding is 227oC. If temper 24. A particle A is dropped from a height and another particle B is projected in horizontal direction with speed of 5/sec fr 25. A lift of mass 1000 kg which is moving with acceleration of 1 m/s2 in upward direction, then the tension developed in st 26. A block of mass 10 kg placed on rough horizontal surface having coefficient of friction m = 0.5, if a horizontal force 27. If kinetic energy of a body is increased by 300% then percentage change in momentum will be : 28. A rod of length is 3 m and its mass acting per unit length is directly proportional to distance x from one of its end th 29. A point P consider at contact point of a wheel on ground which rolls on ground without slipping then value of displaceme 30. A solid sphere of radius R is placed on smooth horizontal surface. A horizontal force F is applied at height h from the 31. A disc is rotating with angular speed $$\omega $$. If a child sits on it, what is conserved 32. A circular disc is to be made by using iron and aluminium so that it acquired maximum moment of inertia about geometrica 33. Unit of Stefan's constant is 34. Consider two rods of same length and different specific heats (S1, S2), conductivities (K1, K2) and area of cross-sectio 35. Which of the following is best close to an ideal black body? 36. The Wien's displacement law express relation between 37. The efficiency of Carnot engine is 50% and temperature of sink is 500 K. If temperature of source is kept constant and i 38. Displacement between maximum potential energy position and maximum kinetic energy position for a particle executing simp 39. When an oscillator completes 100 oscillations its amplitude reduced to $${1 \over 3}$$ of initial value. What will be it 40. A mass is suspended separately by two different springs in (successive order then time periods is t1 and t2 respectively 41. A wave travelling in positive X-direction with a $$=$$ 0.2 ms$$-$$2, velocity = 360 ms$$-$$1 and $$\lambda $$ $$=$$ 60 m 42. Identical charges ($$-$$q) are placed at each corners of cube of side b then electrostatic potential energy of charge (+ 43. Some charge is being given to a conductor. Then its potential is 44. For a cell terminal potential difference is 2.2V when circuit is open and reduce to 1.8 V when cell is connected to a re 45. An object of mass 3 kg is at rest. Now a force of $$\overrightarrow F $$ = 6t2 $$\widehat i$$ + 4t $$\widehat j$$ is app

AIPMT 2002

MCQ (Single Correct Answer)

-1

When an oscillator completes 100 oscillations its amplitude reduced to $${1 \over 3}$$ of initial value. What will be its amplitude, when it complettes 200 oscillations ?

$${1 \over 8}$$

$${2 \over 3}$$

$${1 \over 6}$$

$${1 \over 9}$$

AIPMT 2002

MCQ (Single Correct Answer)

-1

A mass is suspended separately by two different springs in (successive order then time periods is t₁ and t₂ respectively, If it is connected by both spring as shown in figure then time period is t₀ , the correct relation is

AIPMT 2002 Physics - Oscillations Question 20 English

AIPMT 2002 Physics - Oscillations Question 20 English

$$t_0^2 = t_1^2 + t_2^2$$

$$t_0^{ - 2} = t_1^{ - 2} + t_2^{ - 2}$$

$$t_0^{ - 1} = t_1^{ - 1} + t_2^{ - 1}$$

$${t_0} = {t_1} + {t_2}$$

AIPMT 2002

MCQ (Single Correct Answer)

-1

A wave travelling in positive X-direction with a $$=$$ 0.2 ms^$$-$$2, velocity = 360 ms^$$-$$1 and $$\lambda $$ $$=$$ 60 m, then correct expression for the wave is

$$y = 0.2\sin \left[ {2\pi \left( {6t + {x \over {60}}} \right)} \right]$$

$$y = 0.2\sin \left[ {\pi \left( {6t + {x \over {60}}} \right)} \right]$$

$$y = 0.2\sin \left[ {2\pi \left( {6t - {x \over {60}}} \right)} \right]$$

$$y = 0.2\sin \left[ {\pi \left( {6t - {x \over {60}}} \right)} \right]$$

AIPMT 2002

MCQ (Single Correct Answer)

-1

Identical charges ($$-$$q) are placed at each corners of cube of side b then electrostatic potential energy of charge (+q) which is placed at centre of cube will be

$${{ - 4\sqrt 2 {q^2}} \over {\pi {\varepsilon _0}b}}$$

$${{ - 8\sqrt 2 {q^2}} \over {\pi {\varepsilon _0}b}}$$

$${{ - 4\,{q^2}} \over {\sqrt 3 \,\pi {\varepsilon _0}b}}$$

$${{8\sqrt 2 \,{q^2}} \over {4\,\pi {\varepsilon _0}b}}$$

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