The work that a force does by acting on an object is equal to what? a.) the product of momentum and force (in the direction of motion) b.) the product of force (in the direction of motion) and distance and is negative if the force and motion are in the same direction     c.) the product of force and distance without regard to direction d.) the product of force (in the direction of motion) and distance and is positive if the force and motion are in the same direction e.) the product of distance and kinetic energy

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C7 7.) The work that a force does by acting on an object is equal to what?

a.) the product of momentum and force (in the direction of motion)
b.) the product of force (in the direction of motion) and distance and is negative if the force and motion are in the same direction    
c.) the product of force and distance without regard to direction
d.) the product of force (in the direction of motion) and distance and is positive if the force and motion are in the same direction
e.) the product of distance and kinetic energy
The work that a force does by acting on an object is equal to what?

- ○ the product of momentum and force (in the direction of motion)
- ○ the product of force (in the direction of motion) and distance and is negative if the force and motion are in the same direction
- ○ the product of force and distance without regard to direction
- ○ the product of force (in the direction of motion) and distance and is positive if the force and motion are in the same direction
- ○ the product of distance and kinetic energy
Transcribed Image Text:The work that a force does by acting on an object is equal to what? - ○ the product of momentum and force (in the direction of motion) - ○ the product of force (in the direction of motion) and distance and is negative if the force and motion are in the same direction - ○ the product of force and distance without regard to direction - ○ the product of force (in the direction of motion) and distance and is positive if the force and motion are in the same direction - ○ the product of distance and kinetic energy
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