FILL IN THE BLANK. During the filming of a movie, a car sits on the edge of a cliff. Before the car falls off the cliff, a force transmitted upon the car moves the car along a distance so that it plunges over the cliff edge. _____ has occurred.

Before the car falls off the cliff, a force transmitted upon the car moves the car along a distance so that it plunges over the cliff edge mechanical advantage has occurred.

How is it occurred ?

This term is related to physics, and laws of motion are heavily used here, resulting in the car being transmitted down the cliff by an external force.
The laws of motion state that unless an external force is supplied to an item, it will continue to move or remain stationary.
The same thing happened to the car on the cliff.
This is the first rule of motion, and mechanical advantage occurred as an external force was imparted to the car while it was still dangling over the edge.
In the long run, mechanical advantage has occurred as a result of the application of not one, but two forces.
One is the transmitted force, while the other is gravity, also known as gravitational force.
Hence, Mechanical advantage occurred when an automobile sat on the edge of a cliff and before the car fell a force was sent upon to it during the production of a movie.

What is mechanical advantage ?

The mechanical advantage of a tool, mechanical device, or machine system is a measure of force amplification.
To achieve the appropriate amplification in output force, the gadget trades off input forces against movement.
The law of the lever serves as a paradigm for this.
Mechanical advantage is a ratio of output force to input force in a system that is used to study forces in simple machines such as levers and pulleys.
Regardless of the forces used, energy conservation is true and the output energy remains equal to the input energy.

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