Dynamics Of Newtons Laws

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Dynamics of Newton's Laws

• Study of forces which cause motion.

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Magnetic Force

• Produced by moving electrical charges

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Electric Force

• Force that appears when you push something

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Gravitational Force

• the force of attraction between all masses in the
  universe especially the attraction of the
  earth's mass for bodies near its surface

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Weak Interactions

• an interaction between elementary particles that
  is responsible for certain decay processes,
  operates at distances less than about 10-15
  metres, and is 1012 times weaker than the strong
  interaction. The weak interaction and
  electromagnetic interactions are now described by
  the unifying electroweak theory Also called weak
  nuclear interaction, force.

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Nuclear Forces

• Strong interaction.

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Newton's First Law

• An object at rest stays at rest and an object in
  motion stays in motion with the same speed and in
  the same direction unless acted upon by an
  unbalanced force.

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Newtons Second Law

• The acceleration of an object as produced by a
  net force is directly proportional to the
  magnitude of the net force, in the same direction
  as the net force, and inversely proportional to
  the mass of the object.

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Newton's Third Law

• For every action, there is an equal and opposite
  reaction.

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FMxA

• Force Mass times Acceleration

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FMxA

• ForceMassAcceleration

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AF/M

• Acceleration Force divided by Mass

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WMxG

• Weight MassGravity

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MW/G

• Mass Weight divided by gravity.

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GW/M

• GravityWeight/Mass

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