Calculate torque force produced by the rotation of an object around an axis with the given tool.
Use this torque calculator to find the torque of a rotating item, the torque on a flat coil, and vector torque. input the acknowledged values into this device and allow it determine the torque force on your physics workflow.
This is the amount of force that is appearing on a positive item to install a rotational movement about an axis. The object rotates round which factor is known as its pivot point 'O'.
Calculate torque with the given equation:
\(\ τ = \ rFsin(\theta)\)
Where,
That is the torque formulation that lets you make calculations:
\(\ τ = \ rFsin(\theta)\)
Suppose you use a wrench to apply a force of 50 Newtons perpendicular to a lever arm. The lever arm is 1.2 meters long. Now, find the Torque.
Solution:
Step 1:
Determine the force acting on the object to put it in rotation:
Force = 50 Newtons
Step 2:
Measure the distance “r” from the point of force applied to the lever arm length:
r = 1.2 meters
Step 3:
Choose the angle between these two points. Normally, in most cases, it is 90°:
\(\theta = 90^{0}\)
Step 4:
Put all these values in the torque formula below:
\(\ τ = \ rFsin(\theta)\)
\(\ τ = \ 1.2\times 50\times sin(90^0)\)
\(\ τ = \ 60\times sin(90^0)\)
\(\ τ =\ 60 N⋅m\)
To transform inch-lbs to foot-lbs, divide the inch-lb range by means of 12.
The 1800 RPM (Rotation per Minute), 1HP motor generates 3 feet. lbs of torque at 1800 rotation in step with minute, and 1 HP motor generates 1.five toes lbs.