Motion in a Plane MCQ for NEET. We covered all the Motion in a Plane MCQ for NEET in this post for free so that you can practice well for the exam.
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MCQ on Motion in a Plane for NEET Students
A man getting off a running bus falls forward because
(a) due to the inertia of rest, the road is left behind and the man reaches forward
(b) due to inertia of motion upper part of the body continues to be in motion in the forward direction while the feet come to rest as soon as they touch the road
(c) he leans forward as a matter of habit
(d) of the combined effect of all the three factors stated in (a), (b), and (c)
Option b – due to inertia of motion upper part of the body continues to be in motion in the forward direction while the feet come to rest as soon as they touch the road
Swimming is possible on account of
(a) the first law of motion
(b) the second law of motion
(c) third law of motion
(d) newton’s law of gravitation
Option c – third law of motion
A man is at rest in the middle of a pond on perfectly smooth ice. He can get himself to the shore by making use of Newton’s
(a) first law
(b) second law
(c) third law
(d) all the laws
Option c – third law
A parrot is sitting on the floor of a closed glass cage which is in a boy’s hand. If the parrot starts flying at a constant speed, the boy will feel the weight of the cage as
(a) unchanged
(b) reduced
(c) increased
(d) nothing can be said
Option a – unchanged
A cannon after firing recoils due to
(a) conservation of energy
(b) the backward thrust of gases produced
(c) Newton’s third law of motion
(d) Newton’s first law of motion
Option c – Newton’s third law of motion
A hockey player pushes the ball on the ground. It comes to rest after traveling a certain distance because
(a) the player stops pushing the ball
(b) no unbalanced force acting on the wall
(c) the ball moves only when pushed
(d) the opposing force acts on the body.
Option d – the opposing force acts on the body.
The physical quantity which is the product of the mass and velocity of a body is known as
(a) inertia
(b) momentum
(c) force
(d) change in momentum
Option b – momentum
The rate of change of momentum of an object is proportional to the
(a) the balanced force applied
(b) applied unbalanced force in the direction of the force
(c) the time during which the force is applied
(d) All of these
A moving object can come to rest only if it
(a) has a frictional force acting on it
(b) has no net force acting on it
(c) is completely isolated
(d) applies an impulse to something else
Option d – applies an impulse to something else
When a body is stationary
(a) There is no force acting on it
(b) The force acting on it is not in contact with it
(c) The combination of forces acting on it balances each other
(d) The body is in a vacuum
Option c – The combination of forces acting on it balances each other
A rider on a horse falls back when the horse starts running, all of a sudden because the
(a) the rider is taken back
(b) the rider is suddenly afraid of falling
(c) the inertia of rest keeps the upper part of the body at rest while the lower part of the body moves forward with the horse
(d) None of the above
Option c – the inertia of rest keeps the upper part of the body at rest while the lower part of the body moves forward with the horse
A negative value of acceleration signifies
(a) The velocity is increasing
(b) The velocity is decreasing
(c) The velocity remains the same
(d) The object comes to rest
Option b – The velocity is decreasing
In distance-time graphs
(a) Distance is taken along the X-axis
(b) Time is taken along the Y-axis
(c) a Straight line indicates uniform motion
(d) a Straight line indicates non-uniform motion
Option c – a Straight line indicates uniform motion
A person is standing in an elevator. In this situation he finds his weight less than actual when
(a) The elevator moves upward with constant acceleration.
(b) The elevator moves downward with constant acceleration
(c) The elevator moves upward with uniform velocity
(d) The elevator moves downward with uniform velocity
Option b – The elevator moves downward with constant acceleration
When a bus suddenly takes a turn, the passengers are thrown outwards because of
(a) inertia of motion
(b) acceleration of motion
(c) speed of motion
(d) Both (b) and (c)
Option a – inertia of motion
Newton’s third law of motion leads to the law of conservation of
(a) angular momentum
(b) energy
(c) mass
(d) momentum
Option d – momentum
The force of friction acting on a car on different roads in increasing order of magnitude will be
(a) mud, tar, concrete, and gravel roads
(b) tar, concrete, gravel, and mud roads
(c) concrete, tar, gravel, and mud roads
(d) gravel, mud, tar, and concrete roads
Option c – concrete, tar, gravel, and mud roads
Rockets work on the principle of conservation of
(a) energy
(b) mass
(c) momentum
(d) All of these
Option c – momentum
The motion of an object is the change in position with respect to a reference point known as
(a) origin
(b) initial position
(c) final position
(d) distance
Option a – origin
Displacement is the
(a) the shortest distance between initial and final positions
(b) the actual distance between the initial and final positions
(c) the distance traveled by the object
(d) the distance traveled by the object in a unit of time
Option a – the shortest distance between initial and final positions
An object has traveled 10km in 15 minutes, its displacement will be
(a) 10km
(b) Can be zero
(c) More than 10 km
(d) All of the above
Option d – All of the above
If an object covers equal distances in equal intervals of time, it is said to be in
(a) Circular Motion
(b) Uniform Motion
(c) Oscillatory Motion
(d) Non-uniform Motion
Option b – Uniform Motion
The average velocity of an object is obtained by
(a) Dividing the total distance traveled by the total time taken
(b) Half of the sum of the initial velocity and the final velocity
(c) Both (a) and (b)
(d) None of the above
Option b – Half of the sum of the initial velocity and the final velocity
If a boat is moving along at constant speed, it may be assumed that
(a) a net force is pushing it forward
(b) the sum of only vertical forces is zero
(c) the buoyant force is greater than the gravity
(d) the sum of all forces is zero
Option d – the sum of all forces is zero
When a motorcar makes a sharp turn at a high speed, we tend to get thrown to one side because
(a) we tend to continue in our straight-line motion
(b) an unbalanced force is applied by the engine of the motorcar changing the direction of motion of the motorcar
(c) we slip to one side of the seat due to the inertia of our body
(d) All of these
Option d – All of these
When a bus suddenly starts, the standing passengers lean backward in the bus. It is an example of
(a) Newton’s first law
(b) Newton’s second law
(c) Newton’s third law
(d) None of Newton’s law
Option a – Newton’s first law
Momentum has the same units as that of
(a) couple
(b) torque
(c) impulse
(d) force
Option c – impulse
If an object experiences a net zero unbalanced force, then the body
(a) can be accelerated
(b) moves with constant velocity
(c) cannot remain at rest
(d) None of these
Option b – moves with constant velocity
The speed of a falling body increases continuously, this is because
(a) no force acts on it
(b) it is very light
(c) the air exerts the frictional force
(d) the earth attracts it
Option d – the earth attracts it
The effect of frictional force may be minimized by
(a) using a smooth object
(b) using a smooth plane
(c) providing a lubricant at the surface of the contact
(d) All of these
Option d – All of these
If an object is in a state of equilibrium ( Motion in a Plane MCQ for NEET )
(a) it is at rest
(b) it is in motion at constant velocity
(c) it is in free fall
(d) maybe more than one of the above
Option d – maybe more than one of the above
We covered all the motion in a plane MCQ for neet above in this post for free so that you can practice well for the exam.
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