Previous Year NEET Questions on Laws of Motion. We covered all the Previous Year NEET Questions on Laws of Motion in this post for free so that you can practice well for the exam.
Install our MCQTUBE Android app from the Google Play Store and prepare for any competitive government exams for free.
These types of competitive MCQs appear in the exams like SSC, Railways, Defence, CDS, NDA, State PSC & CSE Exams, etc. We created all the competitive exam MCQs into several small posts on our website for your convenience.
You will get their respective links in the related posts section provided below.
Related Posts:
- Laws of Motion Class 11 MCQ With Answers for NEET
- Laws of Motion MCQ for NEET
- NEET Questions From Motion in a Straight Line
MCQ on Previous Year Laws of Motion NEET Questions
When a ball drops onto the floor it bounces. Why does it bounce?
(a) Newton’s third law implies that for every action (drop) there is a reaction (bounce)
(b) The floor exerts a force on the ball during the impact
(c) The floor is perfectly rigid
(d) The floor heats up on impact
Option b – The floor exerts a force on the ball during the impact
Two bodies A and B are moving with equal velocities. The mass of B is double that of A. In this context, which one of the following statements is correct?
(a) The momentum of B will be double that of A.
(b) Momentum of A will be double that of B
(c) Momentum of B will be four times that of A.
(d) Momentum of both A and B will be equal.
Option a – The momentum of B will be double that of A.
One feels heavier in a lift when the lift
(a) is going down steadily
(b) just begins to go up
(c) is moving up steadily
(d) descends freely
Option b – just begins to go up
Two persons are holding a rope of negligible mass horizontally. A 20 kg mass is attached to the rope at the midpoint; as a result, the rope deviates from the horizontal direction. The tension required to completely straighten the rope is (g = 10 m/s²)
(a) 200 N
(b) 20 N
(c) 10N
(d) infinitely large
Option d – infinitely large
When a net force acts on an object, the object will be accelerated in the direction of the force with an acceleration proportional to
(a) the force on the object
(b) the velocity of the object
(c) the mass of the object
(d) the inertia of the object
Option a – the force on the object
The rate of change of momentum of a body equal to the resultant :
(a) energy
(b) power
(c) force
(d) impulse
Option c – force
Newton’s laws of motion do not hold good for objects
(a) at rest
(b) moving slowly
(c) moving with high velocity
(d) moving with a velocity comparable to the velocity of light
Option d – moving with a velocity comparable to the velocity of light
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
The Law of conservation of momentum states
(a) the Total momentum of two objects is unchanged or conserved by the collision
(b) the Sum of the momentum of the two objects before the collision is equal to the sum of momentum after the collision provided there is no external force acting on them
(c) Rate of change of momentum of the first object is equal to the rate of change of momentum of the second object during a collision
(d) All the statements are true
Option d – All the statements are true
Consider the following statements in respect of a jet engine and a rocket: A jet engine uses the surrounding air for its oxygen supply and so is unsuitable for motion in space. 2. A rocket carries its own supply of oxygen in the gas form as a fuel. Which of the above statement(s) is/are correct?
(a) 1 only
(b) 2 only
(c) Both 1 and 2
(d) Neither 1 nor 2
Option c – Both 1 and 2
We covered all the previous year neet questions on laws of motion above in this post for free so that you can practice well for the exam.
Check out the latest MCQ content by visiting our mcqtube website homepage.
Also, check out:
