prove that force is the dot product of force and displacement.

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Solution

In the Science many phenomenon are based on the experiment. They are verified by doing experiment.
So, in this contest work done is defined as dot product of force and displacement vector.

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Similar questions

Which of the following define the work most accurately?

1. Work is the product of displacement and component of force in the direction of displacement.
2. Work is the product of force and displacement.
3. Work is the product of force and component of displacement in the direction of force.
4. Work is the product of distance and force applied.

Q. The product of force and displacement equals:

Q. Work done is measured as a product of force and displacement the direction of force.

Q. A constant force

\to F = 2^i - 3^j +^k

is applied on a ball to displace it from

_{1} =^i +^j

_{2} = 4^i + 3^j

, which of the following statements is true?

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prove that force is the dot product of force and displacement.

In the Science many phenomenon are based on the experiment. They are verified by doing experiment. So, in this contest work done is defined as dot product of force and displacement vector.

In the Science many phenomenon are based on the experiment. They are verified by doing experiment.
So, in this contest work done is defined as dot product of force and displacement vector.