Which movement will require the greatest amount of work to be done? A a force of 10N moving an object a distance of 3.0m B a force of 10N moving an object a distance of 5.0m C a force of 15N moving an object a distance of 3.0m D a force of 15N moving an object a distance of 5.0m

When a force of 15 N is applied horizontally to an object, causing the object to move a horizontal distance of 3.0 m, how much work is done on the object?Multiple choice question.18 J5.0 J45 J0.20 J

Which produces the greater change in kinetic energy (assume that all of the work goes into kinetic energy):Group of answer choicesexerting a 10 N force for a distance of 5 mexerting a force of 20 N over a distance of 2 mexerting a 30 N force for a distance of 1.5 mexerting a force of 40 N over a distance of 1 m

f a force of 20 Newtons is applied to move an object a distance of 5 meters, what is the work done?*1 pointYour answer

A force of 2.45 N is applied to an object on a horizontal surface that causes it to move horizontally through a distance of 1.73 m. Correct to three significant figures, the total work done on the object is J.

In which of the following cases will work NOT be done on an object by the action of a force?When the object is moving very slowlyWhen the magnitude (size) of the force changes with timeWhen the force which is acting is small compared to the weight of the objectWhen the object does not move in the direction of the force2Which of the following will cause one joule (1 J) of work to be done on (energy to be transferred to) an object?A force of 1 N causing the object to move through a distance of 1 cmA force of 10 N causing the object to move through a distance of 10 cmA force of 100 N causing the object to move through 10 mA force of 5 N causing the object to move through 0.1 m3