NEET 2016 Phase 1 | NEET Year Wise Previous Years Questions

Biology

Chemistry

Physics

1. In a diffraction pattern due to a single slit of width $$a$$, the first minimum is observed at an angle 30o when light 2. Two identical charged spheres suspended from a common point by two massless strings of lengths $$l$$, are initially a 3. A potentiometer wire is 100 cm long and a constant potential difference is maintained across it. Two cells are connected 4. The charge flowing through a resistance R varies with time t is Q = at $$-$$ bt2, where $$a$$ and $$b$$ are positive con 5. A square loop ABCD carrying a current $$i$$, is placed near and coplanar with a long straight conductor XY carrying a cu 6. The magnetic susceptibility is negative for 7. A long straight wire of radius $$a$$ carries a steady current $$I$$. The current is uniformly distributed over its cross 8. A long solenoid has 1000 turns. When a current of 4 A flows through it, the magnetic flux linked with each turn of the s 9. Match the corresponding entries of column 1 with column 2. [Where m is the magnification produced by the mirror] .tg { 10. The angle of incidence for a ray of light at a refracting surface of a prism is 45o. The angle of prism is 60o. If the 11. An inductor 20 mH, a capacitor 50 $$\mu F$$ and a resistor 40 $$\Omega $$ are connected in series across a source of emf 12. The intensity at the maximum in a Young's double slit experiment is $$I$$0. Distance between two slits is d = 5$$\lambda 13. A capacitor of 2 $$\mu $$F is charged as shown in the diagram. When the switch S is turned to position 2, the percentag 14. Out of the following options which one can be used to produce a propagating electromagnetic wave ? 15. A small signal voltage V(t) = V0 sin$$\omega $$t is applied across an ideal capacitor C 16. A astronomical telescope has objective and eyepiece of focal lengths 40 cm and 4 cm respectively. To view an object 200 17. Given the value of Rydberg constant is 107 m$$-$$1, the wave number of the last line of the Balmer series in hydrogen sp 18. When a metallic surface is illuminated with radiation of wavelength $$\lambda $$, the stopping potential is V. If the sa 19. When an $$\alpha $$-particle of mass m moving with velocity v bombards on a heavy nucleus of charge Ze, its distance of 20. An electron of mass m and a photon have same energy E. The ratio of de-Broglie wavelengths associated with them is 21. Consider the junction diode as ideal. The value of current flowing through AB is 22. To get output 1 for the following circuit, the correct choice for the input is 23. The ratio of escape velocity at earth (ve) to the escape velocity at a planet (vp) whose radius and mean density are tw 24. What is the minimum velocity with which a body of mass m must enter a vertical loop of radius R so that it can complete 25. A body of mass 1 kg begins to move under the action of a time dependent force $$\overrightarrow F = \left( {2t\widehat 26. A car is negotiating a curved road of radius R. The road is banked at an angle $$\theta $$. The coefficient of friction 27. A particle moves so that its position vector is given by $$\overrightarrow r = \cos \omega t\,\widehat x + \sin \,\omeg 28. If the magnitude of sum of two vectors is equal to the magnitude of difference of the two vectors, the angle between the 29. A particle of mass 10 g moves along a circle of radius 6.4 cm with a constant tangential acceleration. What is the magni 30. From a disc of radius R and mass M, a circular hole of diameter R, whose rim passes through the centre is cut. What is t 31. A uniform circular disc of radius 50 cm at rest is free to turn about an axis which is perpendicular to its plane and pa 32. A disc and a sphere of same radius but different masses roll off on two inclined planes of the same altitude and length. 33. At what height from the surface of earth the gravitation potential and the value of g are $$-$$5.4 $$ \times $$ 107 J kg 34. Two non-mixing liquids of densities $$\rho $$ and n$$\rho $$ (n > 1) are put in a container. The height of each liqui 35. A refrigerator works between 4oC and 30oC. It is required to remove 600 calories of heat every second in order to keep t 36. A black body is at a temperature of 5760 K. The energy of radiation emitted by the body at wavelength 250 nm is U1, at w 37. A gas is compressed isothermally to half its initial volume. The same gas is compressed separately through an adiabatic 38. A piece of ice falls from a height h so that it melts completely. Only one-quarter of the heat produced is absorbed by t 39. The molecules of a given mass of a gas have r.m.s. velocity of 2000 m s$$-$$1 at 27oC and 1.0 $$ \times $$ 105 N m$$-$$2 40. Coefficient of linear expansion of brass and steel rods are $$\alpha $$1 and $$\alpha $$2. Lengths of brass and steel ro 41. A uniform rope of length L and mass m1 hangs vertically from a rigid support. A block of mass m2 is attached to the free 42. An air column, closed at one end open at the other, resonates with a tuning fork when the smallest length of the column 43. If the velocity of a particle is v = At + Bt2, where A and B are constants, then the distance travelled by it between 1

NEET 2016 Phase 1

MCQ (Single Correct Answer)

-1

A body of mass 1 kg begins to move under the action of a time dependent force $$\overrightarrow F = \left( {2t\widehat i + 3{t^2}\widehat J} \right)N,$$ where $${\widehat i}$$ and $${\widehat j}$$ are unit vectors along x and y axis. What power will be developed by the force at the time t ?

(2t³ + 3t⁴) W

(2t³ + 3t⁵) W

(2t² + 3t³) W

(2t² + 4t⁴) W

NEET 2016 Phase 1

MCQ (Single Correct Answer)

-1

A car is negotiating a curved road of radius R. The road is banked at an angle $$\theta $$. The coefficient of friction between the tyres of the car and the road is $$\mu $$_s. The maximum safe velocity on this road is

$$\sqrt {{g \over R}{{{\mu _s} + \tan \theta } \over {1 - {\mu _s}\tan \theta }}} $$

$$\sqrt {{g \over {{R^2}}}{{{\mu _s} + \tan \theta } \over {1 - {\mu _s}\tan \theta }}} $$

$$\sqrt {g{R^2}{{{\mu _s} + \tan \theta } \over {1 - {\mu _s}\tan \theta }}} $$

$$\sqrt {gR{{{\mu _s} + \tan \theta } \over {1 - {\mu _s}\tan \theta }}} $$

NEET 2016 Phase 1

MCQ (Single Correct Answer)

-1

A particle moves so that its position vector is given by $$\overrightarrow r = \cos \omega t\,\widehat x + \sin \,\omega t\,\widehat y,$$ where $$\omega $$ is a constant.

Which of the following is true?

Velocity is perpendicular to $$\overrightarrow r $$ and acceleration is directed towards the origin.

Velocity is perpendicular to $$\overrightarrow r $$ and acceleration is directed away from the origin.

Velocity and acceleration both are perpendicular to $$\overrightarrow r $$

Velocity and acceleration both are parallel to $$\overrightarrow r $$

NEET 2016 Phase 1

MCQ (Single Correct Answer)

-1

If the magnitude of sum of two vectors is equal to the magnitude of difference of the two vectors, the angle between these vectors is

45^o

180^o

0^o

90^o

PREVIOUS NEXT

NEET Papers

All year-wise previous year question papers

2026