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Physics - Coggle Diagram

- - - - It is the force created when an object moves through a surface there are at least two types sliding and tatic force, it creates a resistance and makes the object stop.
    - - Gravitational force is the force massive objects like the moon and Earth attracts other objects to itself, so by definition it your eight and the force of gravity pulling you down
    - - Normal force is the force an object resting in any type of surface, it is always in a right angel and happens when a objects interacts with a stable surface
    - - This force is normally transmitted b y rope, string, and cable it is normally holding some object creating tension
    - - It is a force that is created by magnets pulling or pushing each other
    - - It is created by a force pulling or pushing and object
  - - - When a forced is balanced the object does not move as forces have an equal amount of force so they basically cancel each other othe
    - - When the forces are unbalance one force is greater then the other so they have a change in acceleration which makes the object move in the direction that the object is weaker.
  - - - When an object experiences balanced forces it does not change its acceleration meaning that it doesn't move
      - But when an object experiences unbalanced forces it will experience a change in acceleration during time
    - - If the forces re unbalanced the acceleration depends on two things
        
        The net force that the object is given
        
        The mass the object has
    - - This law states that for every force there is an equal force
        
        So when an object interacts with another object it will experience the same force but in the opposite direction
- - - - Time x Force
    - - P = mv
      - Example
  - - - A stronger force causes the object to have a larger momentum so the collision is going to happen in a shorter time as it is going really fast
    - - A weaker force cause the momentum to be weaker so as a result the collision is going to happen slowly and the object is not going ti be as damaged
- - - - Or you can use the rise over run method using the information on the graph
- - - - As you can see there is no change in the y axis as the velocity is not changed but time passes