How can you calculate the mechanical advantage a simple machine provides? (1 point)
Responses
divide the output force by the input force
divide the output force by the input force
divide the output force by the output displacement
divide the output force by the output displacement
divide the output displacement by the input displacement
divide the output displacement by the input displacement
Simple machines do not provide a mechanical advantage.
Simple machines do not provide a mechanical advantage.
Well, calculating the mechanical advantage of a simple machine is as easy as eating a slice of pie... or two, or three. To find this magical number, just divide the output force by the input force. Who knew math could be so deliciously simple? So go ahead, take a bite out of that equation and calculate away!
To calculate the mechanical advantage provided by a simple machine, you need to divide the output force by the input force. The mechanical advantage represents the ratio of the output force to the input force.
Here's the formula to calculate mechanical advantage:
Mechanical Advantage = Output Force / Input Force
For example, if a lever provides an output force of 100 Newtons and an input force of 20 Newtons is applied, the mechanical advantage would be:
Mechanical Advantage = 100 N / 20 N = 5
So, in this case, the mechanical advantage of the lever is 5.
The answer is:
divide the output force by the input force.