newtons laws

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The dynamics of newton's laws

• By Hunter Vance

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Gravitational

• Gravitational force is an extremely weak force to
  the comparison of the other forces. If you hold
  two tennis balls 1 meter apart the gravitational
  force id only 0.0000000000001.

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Electronic force

• Electronic force is when it appears that you push
  on something with your hand is electronic force.
  The definition the electronic force is a
  repulsion delveped at the electrons.

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Magnetic force

• Like electronic forces and are very similar to
  gravitational forces in fact magnetic forces are
  produced by moving electronic charges. A real
  life examples is how magnetics stick to each on
  the ns sn

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Nuclear and weak interactions

• Nuclear forces are much stronger then any other
  forces the nuclear gold the atom together in
  spite of the strong electric force repulsion.

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Newton's first law

• Newton's first law states a body countuies in a
  strait line unless acted upon by a external force
• An example is a car crash the car doesnt stop
  till something acts on it

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Newton's second law

• newtons second law states there is no
  fundamental difference between a body at rest and
  a body in motion a example is friction

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Newton's third law

• Ever force is accompanied by an equal and
  opposite force when you swing a golf club there
  are two different forces.

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FMA

• Force equals motion times acceleration
• Example-Working out how much force is used to
  push a car when broken down or run out of fuel
• If the car has a mass of 700kgAnd a driver
  pushes the car with an acceleration of
  0.05m/s/sThenF MAForce 700kg x
  0.05m/s/sForce 35kN

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MF/A

• Mass equals force divided by acceleration
• Example- when you are driven a car

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Af/m

• Acceleration force divided by mass
• Example- if you want to find out how fast your
  car is going

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Wmg

• Weight mass times gravity
• Example-when u weigh your self

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MW/G

• Mass weight divided by gravity
• Example-if you want to know how much you wiegh

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GW/M

• Gravity weight divided by mass
• Example-find your gravitational pull