- #1
Henkkaap
- 1
- 0
I just can't figure this out with the stresses and moments. What is the force required on the handle to get the 850N on top?
Link to album: goo.gl/FYpc0k
Link to album: goo.gl/FYpc0k
Resulting force using moment, also known as the moment of a force, is the measure of the turning effect of a force around a fixed point or axis. It is a vector quantity that takes into account the magnitude and direction of the force as well as the distance from the force to the fixed point.
To calculate resulting force using moment, you need to multiply the magnitude of the force by the perpendicular distance from the force to the fixed point. This distance is also known as the moment arm. The resulting force is equal to the moment arm multiplied by the magnitude of the force.
The unit of measurement for resulting force using moment is newton-meter (Nm) in the SI system. In the imperial system, it is measured in foot-pound (ft-lb).
Resulting force using moment and torque are closely related concepts. Torque is the rotational equivalent of force, and it is calculated by multiplying the force by the moment arm. The resulting force using moment is the force that would create the same torque as the original force acting on the object.
Resulting force using moment has many real-life applications. It is essential in engineering, particularly in designing structures and machines. It is also used in physics to understand the motion of objects. In everyday life, we use moments when opening a door, using a wrench, or playing on a seesaw.