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the dynamics of newton's laws

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Title: the dynamics of newton's laws


1
THE DYNAMICS OF NEWTONS LAWS
  • BY E. Izaguirre

2
MAGNETIC FORCE
  • Was one of the most observable interactions.
  • It travels trough space
  • When two magnets attract each other to create
    motion is when we observe a magnetic force.
  • A train can use a magnetic force.

3
ELECTRIC FORCE
  • It is one of the most observable forces.
  • It travels through mass.
  • When an object is being pushed but there is
    another object besides it, the force travels
    through the other object as well.

4
GRAVITATIONAL FORCE
  • It travels through space.
  • When you drop a ball in the ground you are
    observing a gravitational force.

5
WEAK INTERACTION AND NUCLEAR FORCE
  • This two forces are rarely seen because they
    exist inside the nucleus.
  • When you see an explosion you are observing a
    nuclear force.

6
NEWTONS FIRST LAW
  • Newtons first law states An object in
    motion will stay in motion unless acted upon by
    an outside force.
  • When running I will be in motion, until a force
    acts upon me.

7
NEWTONS SECOND LAW
  • Newtons second law states When a force acts
    upon an object the object will accelerate.
  • If I throw a football in the air it will
    accelerate because I acted upon it.

8
NEWTONS THIRD LAW
  • Newtons third law states For every action
    there is an equal and opposite reaction.
  • When I use a rubber band and I stretch it I am
    causing an action but when I release it, it is
    causing a reaction equal to mine.

9
FM(A)
  • F force
  • Mmass
  • ()multiply
  • Aacceleration
  • If you damaged your car and wanted to know how
    much force you applied to cause this damage, and
    you only knew your mass and acceleration you
    could figure it out.
  • X 1500(100mph)

10
MF/A
  • Mmass
  • Fforce
  • / divide
  • A acceleration
  • If you wanted to know the mass of an airplane
    that was moving at 170mph and had a force of
    7000newtons.
  • M 7000/170

11
AF/M
  • Aacceleration
  • Fforce
  • /divide
  • Mmass
  • If a car was driving with a force of 2300lbs and
    a mass of 1500mewtons.
  • A 2300/1500

12
W M(G)
  • Wweight
  • Mmass
  • ()multiply
  • Ggravity
  • If you wanted to know how much a book weighted
    and you knew its mass and gravity.

13
MW/G
  • Mmass
  • Wweight
  • /divide
  • Ggravity
  • If you wanted to know the mass of a box whose
    weight is 35lbs and the gravity pulling on it is
    5.
  • M35/5

14
GW/M
  • Ggravity
  • Wweight
  • /divide
  • Mmass
  • If you wanted to know how much gravity is pulling
    on you and you weighted 150lbs and your mass was
    50.
  • G150/50
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