the dynamics of Newton's laws by b. patrick

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The dynamics of Newtons laws.

• By B.Patrick

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Magnetic force

• Magnetic forces are produced with magnets, and
  Electrical charges.
• Electrical and magnetic forces are closely
  related to each other, and still to this day it
  is not completely understood.
• Example A rocket having a magnet in front of it
  and behind it.

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Electric forces

• Electric force is when you push on something with
  your hand.
• This force of repulsion develops as electrons.
• Example You knock over one domino then that
  domino hits another then it goes on and on till
  all of the dominos are knocked over.

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Gravitational force

• Gravitational force is the weakest force that we
  can see.
• If two tennis balls are held 1 meter apart then
  the gravitational pull would be 0.00000000001
  Newton's.
• Example Dropping a book on the floor.

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Weak interaction and nuclear force

• Nuclear forces are the strongest forces, but they
  are so small that we cant see it happen.
• This force holds the nucleus of atoms together.

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Newton's first law of motion

• Newton's first law of motion stats that an object
  in motion will stay in motion and an object at
  rest will stay at rest until acted upon by an
  outside force.
• Example you drive a car and then you stop and
  your body keeps going.

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Newtons seconded law of motion

• Newtons seconded law of motion states that the
  acceleration of an object produced by a net
  applied force is directly related to the
  magnitude of the force.
• Example you role a ball and there are two forces
  acting on it gravity and friction.

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Newtons third law of motion

• Newtons third law of motion states that for
  every action there is an opposite but equal
  reaction.
• Example A rocket going up into outer space using
  thrusters.

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F(m)A

• The mass of an object times acceleration of an
  object will equal the force of the object.
• Example a car moving 60 miles per hour weighs
  200,000 pounds. 60 200,000 the force.

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M F/A

• The force of an object divided by the
  acceleration of an object equals the mass of the
  object.
• Example a car hits a wall traveling 40 miles per
  hour with a force of 3,000 psi (pounds per square
  inch). 403000

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A F/M

• Force divided by mass equals acceleration.
• Example if the force is 20 and the mass is 5
  then the acceleration is 4.

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W MG

• This formula is weight equals mass times gravity.
• If the mass of an object is 20 and the
  gravitational pull is .5 then the weight is 10
  

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MW/G

• This formula is mass equals weight divided by
  gravity .
• Example if gravity is .5 and the weight is 50
  then the mass is 100

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GW/M

• This formula is gravity equals weight divided by
  mass.
• Example if the weight is 50 and the mass is 200
  then the gravitational pull is 4.