Question

what is the moment of 20 kg force if it acts on a point at a distance of 25 cm from the point of rotation

Answer 1

Answer:

As We Already Know Moment = Force × Distance

Step-by-step explanation:

Here We Have Force=F= 20 kg

Converting it into newtons

1 kg = 9.89665 N

F=20/9.89665 = 2.02 Kgm/s

Distance  = 25 cm = 0.25 m

Moment = Force × Distance

Now by Putting Values

Moment = 2.02 kgm/s  × 0.25 m = 0.505 kgm2/s

Answer 2

Given,

Mass of the Body = 20 kg.

Now, Force acting on a body = mg

= 20 × 10 N = 200 N.

Now, Distance of the body from the point of rotation = 25 cm = 0.25 m.

Using the formula,

Moment pf Force or Torque = 200 × 0.25

= 50 Nm.

Hence, the turning effect or Torque or Moment f force is 50 Nm.

Hope it helps.