Enter the input force and the output force into the calculator to determine the actual mechanical advantage.
AMA Formula
The following formula is used to calculate an actual mechanical advantage.
AMA = Fo / Fi
- Where AMA is the actual mechanical advantage
- Fo is the output force
- Fi is the input force
AMA Definition
AMA, short for actual mechanical advantage, is a measure of the ratio of output force to input force of a mechanical system such as a pulley.
AMA Example
How to calculate an actual mechanical advantage.
- First, determine input force.
Measure the input force that is being put into the system. For this example we will say the system is a pulley system and the input force is 40N.
- Next, determine the output force.
Measure the output force of the system. The pulley generates 100N of force from the 40 N input force.
- Finally, calculate the actual mechanical advantage.
Using the formula we can find the actual mechanical advantage is 100 / 40 = 2.5.
FAQ
AMA is an acronym in physics that stands for actual mechanical advantage. It’s a measure of how much advantage is gained from a mechanical system with respect to an input and output force.
Related Terms
ama calculator |
ama formula |
how to calculate actual mechanical advantage |
actual mechanical advantage |
actual mechanical advantage calculator |
the actual mechanical advantage of a machine |
actual mechanical advantage formula |
actual mechanical advantage definition |
ama equation |
in actual machines mechanical advantage is |
formula for ama |
how to find actual mechanical advantage |
define actual mechanical advantage |
formula for actual mechanical advantage |
actual mechanical advantage examples |
actual mechanical advantage equation |
ideal and actual mechanical advantage |