6.4 kJ of energy causes a displacement of 64 m in a body in the direction of force in 2.5 seconds. Calculate the Force applied

50 N

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64 N

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6.4 N

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100 N

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Solution

The correct option is D
100 N

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Similar questions

6.4 kJ of energy causes a displacement of 64 m in a body in the direction of force in 2.5 seconds. Calculate the Power in horsepower (HP). (Take 1 HP = 746 W)

A man spends

6.4 k J

energy in displacing a body by

64 m

in the direction in which he applies force, in

2.5 s

Calculate the force applied.

Q. A man speed

6.4 k J

energy in displacing a body by

64 m

in the direction in which he applies force, in

2.5 s

. Calculate the power spent (in hp) by the man.

Q. A man spends

6.4 K J

energy in displacing a body by

64 m

in the direction in which he applies force, in

2.5 s

Calculate:
(i) the force applied and
(ii) the power Spent (in HP) by the man

Q. 50 kilo joule of energy causes or displacement of 25 metre in a body in the direction of force in 2.5 seconds. find the power in a unit of horsepower

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6.4 kJ of energy causes a displacement of 64 m in a body in the direction of force in 2.5 seconds. Calculate the Force applied

The correct option is D 100 N

The correct option is D
100 N