To study the third law of motion, following sets of apparatus are available in a laboratory. set (i) One spring balance, two weight boxes, inextensible thread, one pulley with a clamp, two pans of known mass. set (ii) Two identical spring balances, one weight box, inextensible thread, one frictionless pulley with a clamp, one pan of known mass, a rigid support. set (iii) Four identical spring balances, two pulleys, inextensible thread, two clamps, two pans of known masses, two rigid support. set (iv) Two identical spring balances, two weight boxes, two rigid supports, two pans of known masses, inextensible thread, two frictionless pulleys with clamps. To perform the experiment successfully by using minimum apparatus, the best choice would be :

Question

MCQ (Single)Newton's Third Law of Motion

Loading...

Similar Questions

For doing the experiment, "to study the third law of motion using two spring balances", four students A,B,C and D set up their apparatus as shown below. The best set up is that of student -

MCQ (Single)Newton's Third Law of MotionAction and Reaction Forces

According to the third law of motion, action and reaction

MCQ (Single)

Newton's Third Law of Motion

Action and Reaction Forces

Newton's Third Law of Motion

According to the third law of motion, action and reaction

MCQ (Single)Newton's Third Law of MotionNewton's Third Law of Motion

Two identical bullets are fired one by a light rifle and another by a heavy rifle with the same force. Which rifle will hurt the shoulder more and why?

TextNewton's Third Law of MotionLaw of Conservation of MomentumNewton's Third Law of MotionLaw of Conservation of Momentum

Two friends on roller-skates are standing 5 m apart facing each other. One of them throws a ball of 2 kg towards the other, who catches it, How will this activity affect the position of the two? Explain your answer.

TextNewton's Third Law of MotionLaw of Conservation of MomentumNewton's Third Law of MotionLaw of Conservation of Momentum

Water sprinkler used for grass lawns begins to rotate as soon as the water is supplied. Explain the principle on which it works.

TextNewton's Third Law of MotionApplications of Newton's Third LawApplications of Newton's Third LawNewton's Third Law of Motion