JEE Advanced · Physics
Kinematics
31 practice questions, each with the answer and an explanation.
Practise Kinematics now
Random questions from this topic, one at a time. You see the answer and the explanation straight after each one.
All 31 questions
- A car with an initial speed of accelerates at for . How far does it travel (in m)?
- A car with an initial speed of accelerates at for . How far does it travel (in m)?
- A car with an initial speed of accelerates at for . How far does it travel (in m)?
- A car with an initial speed of accelerates at for . How far does it travel (in m)?
- A car with an initial speed of accelerates at for . How far does it travel (in m)?
- A car with an initial speed of accelerates at for . How far does it travel (in m)?
- A car with an initial speed of accelerates at for . How far does it travel (in m)?
- A car with an initial speed of accelerates at for . How far does it travel (in m)?
- A car with an initial speed of accelerates at for . How far does it travel (in m)?
- A car with an initial speed of accelerates at for . How far does it travel (in m)?
- A car with an initial speed of accelerates at for . How far does it travel (in m)?
- A car with an initial speed of accelerates at for . How far does it travel (in m)?
- A car with an initial speed of accelerates at for . How far does it travel (in m)?
- A car with an initial speed of accelerates at for . How far does it travel (in m)?
- A car with an initial speed of accelerates at for . How far does it travel (in m)?
- A car with an initial speed of accelerates at for . How far does it travel (in m)?
- A car with an initial speed of accelerates at for . How far does it travel (in m)?
- A car with an initial speed of accelerates at for . How far does it travel (in m)?
- A car with an initial speed of accelerates at for . How far does it travel (in m)?
- A projectile is launched from the bottom of an inclined plane of inclination angle 30° with an initial speed u = 20 m/s at an angle of 60° with the horizontal. Taking g = 10 m/s^2, what is the range o…
- A particle moves in the x-y plane with velocity v = (3 t^2) i + (4 t) j in SI units. If the particle was at the origin (0, 0) at t = 0, what is the radius of curvature of its trajectory at t = 1 s?
- Two particles A and B are projected simultaneously from points on horizontal ground separated by 100 m towards each other. Particle A is projected at 45° with 25√2 m/s and particle B at 45° with 25√2…
- A river of width 400 m flows with speed 3 m/s. A swimmer can swim with speed 5 m/s relative to still water. In what direction relative to the river flow should the swimmer head to cross the river in t…
- A particle moves along a straight line such that its acceleration is given by a = -k v^2, where k is a positive constant and v is velocity. If initial velocity at t = 0 is v0, what is the distance cov…
- A ball is dropped from height H onto a horizontal floor. If the coefficient of restitution between the ball and floor is e, what is the total distance traversed by the ball before it comes to rest aft…
- A car accelerates from rest with constant acceleration a for time t1, then decelerates at constant rate b to come to rest. If total elapsed time is T, what is the total distance covered?
- A block of mass m is placed on a smooth wedge of mass M and inclination angle θ. What horizontal force F must be applied to the wedge so that the block remains stationary relative to the wedge?
- A particle moves on a circular path of radius R with constant tangential acceleration a_t. If it starts from rest, what is the angle between its velocity vector and total acceleration vector when it h…
- From the top of a tower of height 80 m, a stone is thrown horizontally with velocity 15 m/s. Taking g = 10 m/s^2, what is the speed of the stone when it strikes the ground?
- A body is projected with initial speed u at angle α to the horizontal. What is its radius of curvature at the highest point of its trajectory?
- A wheel of radius R rolls without slipping on a horizontal surface with linear speed v0. What is the instantaneous velocity of the topmost point of the wheel?
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