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You place an ball on top of a table with a ramp going off the table, why doesn't the ball roll down the ramp?

When you kick a ball it moves then slows to a stop, why does it stop if no one stopped it?

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If a UFC fighter punches with an acceleration of 9.9 m/sec and there hand ways about 2.4 kg how much force do they use?

If a truck accelerates at 35 m/sec and weighs 2721 and hits a wall how much force would it have applied to the wall?

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A 205 ibs football player hits a 185 ibs football player going at 15 mph a piece will they both exert the same amount of force?

A smart car hits an 18-wheeler head on both going at about 60 mph each, will they both exert the same amount of force

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Inertia:

Newton(s): Unit for Force

Acceleration: measured in m/s/s or rate at which it will speed up.

Mass: Measured in kg and its the amount of matter in an object

Force: Force something is measured in is known as Newtons.

Net Force: The totally amount of force when put together

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Newtons second law explains that Force equals mass times acceleration or F=m(a). In other words to find out the force at which someone hits someone else you can just find the mass of there hand and multiply it by the acceleration of the fist.

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Newtons First Law states for every action there is an equal and opposite reaction. When firing a firearm the bullet is projected in reaction the firearm will burst back into your shoulder (if shouldered).

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Newtons First Law applies to the kickoffs in football because the ball is at rest and not moving until the kicker kicks it applying an unbalanced force and starting the ball in motion in which it will stay in motion until either hitting the ground or being caught by the return man.

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Newtons Third Law states that for every action there is an equal and opposite reaction.

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Force equals mass times acceleration. F=m(a)

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Newtons First Law states that an object in motion tends (wants) to stay in motion while an object at rest tends (wants) to stay at rest (unless acted on by an unbalanced force).