The Dynamics of Newton's Laws By: D Sparks

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The Dynamics of Newtons Laws

• By Dalton Sparks

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Magnetic Force

• Magnetic forces are produced by moving electrical
  charges.
• Magnetic and electric forces are very closely
  related

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Electric Forces

• The force that appears when you push something is
  electric force.
• This type of force develops as electrons of the
  hand is brought close to the electrons of an
  object.

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Gravitational Force

• This type of force is extremely weak compared to
  the other forces.
• This force happens when things fall.

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Weak interaction and nuclear

• Nuclear force is much stronger than any other
  force.
• This force holds together the nucleus of an atom
  together.
• Scientists believe that a second force exists in
  the nuclei of an atom. Weak interaction is
  believed to be the force that breaks atoms a part.

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Newtons first law.

• Newtons first law of motion states that an
  object in motion will stay in motion and an
  object at rest will stay at rest unless an
  outside force is acted upon it.
• If you were to throw a ball the ball would keep
  going until friction in the air stops it and
  gravity pulls it down.

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Newtons second law

• Newtons second law states that when an
  unbalanced force acts upon a body the body will
  accelerated.
• For example if you were to hit a ball the ball
  would go in the direction that the objects force
  is going.

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Newtons third law

• Newtons third law states that for every action
  there is an equal and opposite reaction.
• For example when you shoot a gun the gun will
  shoot but also kick back because its a form of
  recoil.

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FMA

• This formula means that force is equal to mass
  multiplied by acceleration.
• That means that if a car has a mass of 1,000 N
  and it is accelerating by 20N its force would be
  20,000.

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MF/A

• This formula means that mass is equal to the
  force of an object divided by its acceleration.
• An example of this is if a car has a force of
  2000N and an acceleration of 40N its mass would
  be 500.

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AF/m

• This means that an objects acceleration can be
  found by dividing its force by its mass.
• For example if a car has a force of 100N and a
  mass of 10N its acceleration would be 10N.

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WMG

• This formula states that an objects weight can
  be found by dividing its mass by its
  gravitational pull.
• For example if a car has a mass of 100 N and a
  gravitational pull of 10N then its weight would
  be 10N.

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Mw/G

• This means that an objects mass is equal to the
  weight of an object divided by its gravitational
  pull.
• For example if a car weighs 100N and has a
  gravitational pull of 5 N its mass is 20N.

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GW/M

• This formula means that an objects gravitational
  pull is equal to its weight divided by its mass.
• For example if a car has a weight of 100N and a
  mass of 10N its gravitational pull is 10N