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Summary for Maximum Range and the Dominating Component

A block of ma...

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A block of mass 10 Kg is moving in x direction with a cons†an t speed of 10 m/s it is subjected to a retarding force F=-0.1x joule/metre during its travel from x=20 metre to x=30 metre its final kinetic energy will be

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Q. A block of mass 10 kg is moving in x-direction with a constant speed of 10 m/sec. It is subjected to a retarding force F = 0.1 x joule/metre during its travel from x = 20 metre to x = 30 metre. Its final kinetic energy will be

Q. A block of mass

10 k g

x

-direction with a constant speed of

10 m / s

. It is subjected to a retarding force

F = - 0.1 x

joule / metre during its travel from

x = 20

x = 30

metre. Its final kinetic energy will be:

Q. A block of mass

10 kg

is moving in x - direction with a constant speed of

10 m/s

. It is subjected to a retarding force

F = - 0.1 x

joule/metre during its travel from

x = 20

x = 30

metre. Its final kinetic energy will be

Q. A block of mass

5 kg

is moving in x-direction with a constant speed of

10 m/sec

. It is subjected to a retarding force

F = - 0.2 x joule /metre

during its travel from

x = 20 metre

x = 30 metre

. Its final kinetic energy will be

Q. A block of mass

10 k g

is moving in x-direction with constant speed of

10 m / s

. It is subjected to a retarding force

F = 0.1 x

joule/metre during its travel from

x = 20 m

x = 30 m

. Its final K.E will be:

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Summary for Maximum Range and the Dominating Component

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