Question

A force of 450 N acts on a rigid body such that the perpendicular distance
between the force and the turning point is 5 m. Calculate the moment of force.​

Answer 1

Provided Information :

• Force act on a rigid body = 450 N
• Perpendicular Distance = 5 m

What we have to do ?

We will apply the formula for finding moment of force which is the product of force acted and perpendicular distance between the force and the turning point.

${\boxed{\sf{ Moment \: of \: Force = Force \: acted \times Perpendicular \: Distance}}}$

Let's do it now :

$\dashrightarrow\:\: \bf Moment \: of \: Force = Force \: acted \times Perpendicular \: Distance$

$\dashrightarrow\:\: \sf Moment \: of \: Force = 450 \times 5$

$\dashrightarrow\:\: \sf Moment \: of \: Force = 2250 \: Nm$

$\dashrightarrow\:\: \underline{ \boxed{\sf Moment \: of \: Force = 2250 \: Newton \: metre }}$

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Answer 2

Hola ⚘⚘

Answer:

• 2250 Nm

Explanation:

Given:

• Force act on a rigid body = 450 N
• Perpendicular Distance = 5 m

Tofind:

• Moment of force

Calculation:

• Moment of force = Force acted * perpendicular Distance

>> Moment of force = 450 * 5

>> Moment of force = 2250 Nm

Hence, The moment of force is 2250 Newton metre