Newton's laws

1
The dynamics of Newton's laws

• By Kanada Esteppe ?

2
Magnetic Force

• The force exerted between magnetic poles,
  producing magnetization.
• Magnetic forces are produced by moving electric
  charges.

3
Electronic Force

• The force that appears when you push on
  something with your hands is an electronic force.

4
Gravitational Force

• An extremely weak force in comparison to other
  forces
• The force that pulls objects to the center of
  the earth

5
Weak interaction and nuclear force

• weak interaction is one of the 4 fundamental
  forces

6
Newton's first law

• An object at rest stays at rest, an object in
  motion stays in motion. Until a force in acted
  upon it.
• Ex When your driving and you make a sharp turn,
  your body leans to the side because it wants to
  keep going straight.

7
Newton's second law of motion

• The second law says that the acceleration of an
  object, produced by a net applied force, the same
  direction is directly related to the magnitude of
  the force, the same direction as a force, an
  inversely related to the mass of an object.
• Ex If you push on it, it pushes on you.

8
Newton's third law of motion

• The third law says that for every action (force)
  there is an equal and opposite reaction.
• Ex Shooting a cannonball. When the force
  pushing the cannonball is fired through the air,
  it is pushed backward. The force pushing the ball
  out was equal to the force pushing the cannon
  back, but the effect on the cannon is less
  noticeable because it has much larger mass.

9
F M x A

• Force is Mass times Acceleration.
• Example If a car has a mass of 700kg and a
  driver pushes the car with an acceleration of 20
  mph then 70020 1400.

10
MF/A

• Mass Force divided by acceleration.
• m 5.3/3.5 1.6kg.

11
Af/m

• Acceleration force divided by mass
• Example a 48(force) / 12(mass)
• A 4

12
W MxG

• Weak interaction Mass times gravity.
• Example w 14lbs x 700.
• W 9,800.

13
M W/G

• Mass weak interaction divided by gravity.
• M 2500/ 800.
• M 3.125

14
G w/m

• Gravity weak interaction divided by mass.
• Example G 68/12 5.66