An object moves to the right while a force [(F)\vec] acts on it to the left. What work is done by the force [(F)\vec]? Zero work. Negative work. Positive work.

A force is applied to an object, causing it to move. The direction of the force and the direction of the motion are at an angle between parallel and perpendicular to each other. Which statement best describes the result of the work done in this situation?Multiple choice question.The work will be between zero and the product of the force and distance.The work will be zero.The work will be equal to the force multiplied by the distance.The work will be equal to the force divided by the distance.

Work done is said to be positive when a force causes displacementA in its own direction  B in the direction opposite to the applied force C in the direction at right angles to the direction of applied force  D none of the above

The work done by a force , applied to a point particle, when that particle moves, is:

When an angle between parallel and perpendicular exists between the applied force and direction of motion, the work done is than the product of force and distance and than zero.

Which is NOT a component of work done on an object?The distance of the displacementThe velocity of the object All are correctThe force applied