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Physics Lab - Coggle Diagram

- - - - The force something has while in motion
  - - - Elastic Collision
        
        Two object colide and move away from each other
        
        Kinetic energy is conserved
      - Inelastic Collition
        
        Objects collide and stay stuck together
        
        Object stay with the same velocity
        
        Kinetic energy is not conserved
      - Explosion
        
        Object have no initial velocity and sudenly move away from each other
  - - - Bigger stopping force in smaller amount of time
        
        This can cause the object to be damaged as the impact with something is so brute
        
        The bigger the stopping force, the less time it takes for the momentum to reach 0
    - - Sammler stopping force over a bigger amount of time.
        
        A smaller stopping force over a bigger amount of time is usually a safer way to stop a moving object.
        
        The smaller the stopping force the bigger the time it takes for the momentum to reach 0
- - - - Every force has an equal and opposite force
    - - The acceleration of an object is directly proportional to the force acting upon it and inversly proportinal to the mass of the object
    - - An object in motion, satys in motion unless acted on by an unbaleced force. an object at rest remais at rest unless acted upon by an external force.
  - - - Force opposite to gravitational force (always at a right angle)
    - - Object and Earth
    - - Push, the two bject need to be in contact
    - - Object being pulled by rope
    - - Two object sliding past each other
    - - object and aq magnet
  - - - No change in velocity
        
        Object stays at rest
        
        Object keeps moving at constant velocity
      - Net force is always 0 as they cancel each other out
    - - Change in velociity
        
        Goes faster or slower
        
        Changes direction
        
        Object moves in the direction of the force
      - Unequal amount of force in both sides
- - - - If I double the force acting upon an object the acceleration will double
      - If I double the mass of an object the aceleration will halve
  - - - Speeding up
      - Slowing down
      - Changing directions
  - - - Acceleration = force/mass
      - Acceleration = Velocity/Time
      - Rise/Run or slope equation
- - - - Y = mx + b
      - Rise/Run
    - - x = mt+b