The dynamics of Netwon's Laws

1
The Dynamics of Newtons Laws

• Kennedi Johnson ?

2
Magnetic Force

• When you put the magnetic together they will
  either pull apart of come together.
• Example If you put 2 positive magnetic together
  they will NOT come together. If you put a
  positive and a negative together they will come
  together.

3
Electric Force

• The electric force is when you have a positive
  charge and you can feel the energy.
• Example someone rubs their feet on a carpet and
  touches someone else then they can feel the
  electric go thru them. This is an Electric Force.

4
Gravitational Force

• Gravity is also a force. Gravity can make things
  fall down.
• Example When you pick up a book and then you
  drop it. It fell because of gravity. Gravity
  pushes things down. This is why its a force.

5
Weak and interaction and nuclear force.

• We cant see these forces because they are in the
  Nuclear.

6
Newtons first law

• The first law is an object is motion will stay in
  motion and an object at rest will stay in rest
  until it is acted upon another force.
• An example is our life is a toy car will stay at
  rest until a force (hand) pushes it. This car
  will not stop till it hits/ stopped by something.

7
Newtons second law

• When you are running at 10 mph and you run into
  someone they will have the same force. This is an
  example of Newtons second law.

8
Newtons third law

• If there was one skater that was bigger than the
  over and they pushed off each other then the
  smallest skater would move and the largest
  wouldnt

9
FMxA

• To find the Force you have to multiply it by Mass
  and Acceleration

10
MF/A

• To find mass you have to divide Force by
  Acceleration.

11
AF/M

• To find the acceleration you have to divide Force
  and Mass to get the acceleration.

12
WMxG

• To find the weight you have to multiply Mass and
  Gravity to get the weight. If you wanted to find
  the weight of the car you have to do M times G

13
MW/G

• To find the mass of an object you have to divide
  it. You divide Weight and Gravity

14
GW/M

• Gravity would have an effect on the weight and
  mass. For example a space ship. You would have to
  have a big rocket but the weight is too heavy.