the dynamics of newton's laws

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The dynamics of Newton's laws

• By Emily Richards

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Magnetic force

• Magnetic forces are produced by moving electric
  charges.

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Electric force

• Electric force is very similar to magnetic force
  and gravitational force.

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Gravitational Force

• Is were there is a atmosphere on earth that we
  cant see that keeps us on earth instead off
  floating into outer space.

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Weak interaction and nuclear force

• A nuclear forces is much stronger than any other
  forces, the nuclear is what holds the atom
  together in spite of the stronger electric force
  repulsion between in its protons.
• Also these two are found inside of the nucleus.

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Newtons first law

• Galileo guessed the time of the falling bodies
  but had no why of proving the speed of the bodies
  that fell. For example, Galileo formed small
  angles, horizontal, the speed of the rolling
  balls were slow enough to measure with a water
  clock. Also Galileo proved that when the balls
  spead up that they improved with time.

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Newtons second law

• Newtons law says that the acceleration of an
  object produced by net applied force is directly
  related to the magnitude of the force. For
  example, the effect of a 10 newton force baseball
  would much greater than the same force acting on
  a truck.

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Newton's third law

• The third law is a every active force were there
  is an equal and a opposite reaction. Forces are
  found in pairs at most times. For example, think
  of a chair by the time u sit down in a chair,
  your body exerts a force downward and that chair
  needs to exert and equal force upward so the
  chair wont collapse.

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FMxA

• F ma lets us work out the forces at work on
  objects by multiplying the mass of the object by
  the acceleration of the object.
• Example The force at work on a Formula 1 car as
  it starts a race! If the F1 car has a Mass of
  600kg and an Acceleration of 20m/s/s then we can
  work out the Force pushing the car by
  multiplyingthe Mass by the Acceleration like
  this 600 x 20 12000NF ma is the second law
  of motion proposed by Sir Isaac Newton.

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MF/A

• When you multiply a kilogram (mass unit) times a
  meter per second squared (acceleration unit) you
  get a kilogram-meter per second squared. So a
  unit for force is actually the kilogram-meter per
  second squared. However, no one really says that.
  The unit for force is named after Isaac Newton,
  and it is called the 'Newton', abbreviated 'N'.
  One Newton is one kilogram-meter per second
  squared. Another almost identical way to think
  about the force unit is that one Newton is the
  size of a force needed to accelerate a mass of
  one kilogram at a rate of one meter per second
  squared.

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AF/M

• aF/m, meaning that the amount some object
  accelerates is proportional to the force on it,
  and inversely proportional to the object's mass

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WMxG

• Weight has dimensions of a force. On the surface
  of the earth the amount of force pushing down on
  a scale is W Mg where g 9.8 m/sec is the
  acceleration of an object dropped at the surface
  of the earth.

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MW/G

• 'The response of any body - with any weight (w) -
  to gravity is thesame as its resistance to
  acceleration' That is the ratio of anybody's
  weight (w) divided by the acceleration (g) at
  which it willfreefall is equal to the ratio of
  the net force (f) exerted on and/orby it,
  divided by the acceleration (a) that is caused.

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GW/M

• each particle of matter attracts every other
  particle with a force which is directly
  proportional to the product of their masses and
  inversely proportional to the square of the
  distance between them. In other words, the larger
  a planet's mass and the closer to a planet an
  object is, the stronger the force of gravity on
  that object