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Statement-1: Two particles acted by same...

Statement-1: Two particles acted by same net force for same time always have same kinetic energy
Statement-2: Two particles acted by same net force having same displacement always have same kinetic energy.

A

Statement-1 is true, statement-2 is true and statement-2 is correct explanation for statement-1.

B

Statement-1 is true, statement-2 is true and statement-2 is NOT the correct explanation for statement-1.

C

Statement-1 is true, statement-2 is false.

D

Statement -1 is false, statement -2 is false.

Text Solution

Verified by Experts

The correct Answer is:
D
Work energy theorem `w=DeltaK`
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BANSAL-MASTER PRACTICE PROBLEM-Reasoning
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  2. Statement-1: Two particles acted by same net force for same time alway...

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  3. Statement-1: Two particles acted by same net force for same time alway...

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  4. Statement-1 and 2 are on a situation of a frog jumping vertically up o...

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  5. Statement-1: If the centre of mass of a system is at the origin then t...

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  6. Statement-1: In centre of mass frame the linear momentum of system is ...

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  7. Statement-1: If we want to throw a bottle from a moving train so that ...

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  8. Two blocks are connected by a spring and given velocity v(1) and v(2) ...

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  9. Statement-1: Total kinetic energy during an elastic collision between ...

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  10. Statement-1: If the resultant of all the forces acting on a system is ...

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  11. Consider the arrangement shown in figure. The block is initially at re...

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  12. A thin walled hollow spherical shell of mass m and radius r starts fro...

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  13. Figure shows a yo-yo placed on a rough surface friction is sufficient ...

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  14. Statement-1: Friction is necessary for a body to roll purely on a leve...

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  15. Statement-1: When a sphere is rolling without sliding it is possible t...

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  16. Figure shows a rigid body that is mirror symmetric about a plane and r...

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  17. Consider a semicircular ring with mass m and radius R as shown in figu...

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  18. Statement-1: For the calculation of gravitational force between any tw...

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  19. Statement-1: Assuming zero potential at infinity, the gravitational po...

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  20. Statement-1: Period of revolution of satellite in circular orbit aroun...

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