The hinge of a door is at a distance of 25 cm from the point of application of force. How much force must be applied so that it produces the moment of force of 4 Nm?

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Explanation:

Given

r=25cm=.25m

Momentum=4nm=4*10^-9

Momentum=F*r

F=momentum/r

F=16 nm

Moment of force is also called Torque. As an idea, it is the turning effect to a force.

By definition,

Torque (about a point) = magnitude of force X perpendicular distance (of this point) from the point of application of force.

Putting the given values here,

4 = F X 0.25 (in SI units)

=> F = 16 N

Hope it helps.

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As we know ,

Mumentum = Force × displacement

Force = Mumentum / Distance

Force = (4× 100)/25

= 4×4

= 16 N

Explanation:

Given

r=25cm=.25m

Momentum=4nm=4*10^-9

Momentum=F*r

F=momentum/r

F=16nm

Hope this helps u.

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Moment of force is also called Torque. As anidea, it is the turning effect to a force.

By definition,

Torque (about a point) = magnitude of force Xperpendicular distance (of this point) from the point of application of force.

Putting the given values here,

4 = F X 0.25 (in SI units)

=> F = 16 N

Hope it helps.

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Explanation:

4=F*0.25

F=16N

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As we know ,

Mumentum = Force × displacement

Force = Mumentum / Distance

Force = (4× 100)/25

= 4×4

= 16 N

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answer:

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