the dynamics of newtons laws e. king

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The dynamics of newton's laws

• By Evan King

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Magnetic force

• Magnetic force are produced by moving electric
  charges.
• The electric force that is similar to a magnetic
  force is the electrical force and these two
  forces are commonly misunderstood.
• Example- they use this force on rollercoasters to
  get it to go like the flight of fear.

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Electric force

• A electric force is when you push or pull on
  something using your hands.
• This force develops as the electrons of the hand
  Are brought close to the electrons of the
  object.
• Example- if you give a someone a high five.

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Gravitational force

• A gravitational force is an extremely weak force
  in comparison to the other forces.
• The gravitational pull between two tennis balls
  is 1 but the electrical force between them is
  500.
• Example- the moon revolving around the earth.

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Weak interaction and nuclear force

• A nuclear force is the strongest of the five
  forces.
• These forces cannot be seen with the naked eye
  because the nuclear lives in the center of the
  nuclease.

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Newton's first law and example

• Newton's first law of motion states that an
  object at rest will stay at rest and an object in
  motion will stay in motion unless acted upon by
  an outside force.
• Example- a ball that is thrown and doesn't stop
  until it hits the fence.

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Newton's second law and example

• Newton's second law of motions states that there
  is no fundamental difference between a body at
  rest and one that is moving with uniform
  velocity.
• Example- If there is a box that weighs 20
  Newton's and another box that weighs 15 Newton's
  the force would be unbalanced.

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Newton's third law of motion and example

• Newton's third law of motion states that for
  every action there is an equal and or opposite
  reaction.
• Example- a rocket ship shooting into the air. The
  action would be the flames that come out and the
  reaction would be the rocket going in the air.

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FMA

• This formula simply means force is mass times
  acceleration.
• Example- If the mass is 10 and the acceleration
  is 5 the force of the object would be 50.

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MF/A

• This formula means that mass is force divided by
  acceleration.
• Example- If the force of the object is 20 and the
  acceleration is 5 then the mass of the object
  would be 4.

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AF/M

• This formula means that acceleration is the force
  of the object divided by the mass of the object.
• Example- If the force of the object is 100 and
  the mass of the object is 10 then the
  acceleration of the object would be 10.

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WMG

• This formula means weight is the mass of an
  object times the gravitational pull of the
  object.
• Example- If the objects mass is 20 and the
  gravitational pull is 5 than the weight of the
  object is 100.

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MW/G

• This formula means that the mass of the object is
  the weight of the object divided by the
  gravitational pull on the object.
• Example- If the weight of the object is 100 and
  the gravitational pull is 50 then the objects
  mass is 2.

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GW/M

• This formula means that the gravitational pull on
  an object is the weight divided by the mass.
• Example- If the objects weight is 250 and the
  objects mass is 50 then the gravitational pull on
  the object would be 5.