Share Facebook Email Telegram WhatsApp Results #1. The force between the two objects is always equal and opposite . Which Newton's law gives idea about the statement ________. Third law of motion Third law of motion Second law of motion Second law of motion First and second law of motion First and second law of motion First law of motion First law of motion #2. Change in velocity / time taken = Impulse Impulse Speed Speed Acceleration Acceleration Displacement Displacement #3. The tendency of undisturbed objects to stay at rest or to keep moving with the same velocity is called _______. Velocity Velocity Force Force Momentum Momentum Inertia Inertia #4. Conservation of momentum in a collision between particles can be understood on the basis of _______. Newton's First Law of Motion Newton's First Law of Motion Newton's Second Law of Motion Newton's Second Law of Motion Both Newton's Second Law of Motion and Newton's Third Law of Motion Both Newton's Second Law of Motion and Newton's Third Law of Motion Conservation of Energy Conservation of Energy #5. The velocity of an object is proportional to the time elapsed . The object has ________. Uneven acceleration Uneven acceleration Uniform acceleration Uniform acceleration Uniform speed Uniform speed Uneven speed Uneven speed #6. For a body moving with uniform acceleration its final velocity equals _______. Average velocity - initial velocity Average velocity - initial velocity 2 × average velocity - initial velocity 2 × average velocity - initial velocity 2 × average velocity + initial velocity 2 × average velocity + initial velocity Average velocity + initial velocity Average velocity + initial velocity #7. Acceleration of an object moving at uniform velocity is _______. Unequal Unequal Positive Positive Negative Negative Zero Zero #8. During ________ motion of an object along a straight line, the change in velocity of the object for any time interval is zero. Linear Linear Translational Translational Equilibrium Equilibrium Uniform Uniform #9. The speed of a particle or any instant of time is called its _______. Instantaneous speed Instantaneous speed Instantaneous velocity Instantaneous velocity Displacement Displacement None of the above None of the above #10. The famous law of motion is given by ______. Dalton Dalton Newton Newton Galileo Galileo Thomson Thomson Finish