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Forces, Force - Push or Pull - Coggle Diagram

- - - - Mass and Inertia
        
        Inertia is the tendency of an object to resist a change in state of motion, whether it is a change in velocity or acceleration
      - Balance of Forces
        
        When Forces are balanced, the object's motion is not changing. Also known as: equillibrium
        
        Unbalanced forces. When one force is greater than it's opposite force
        
        State of Motion
        
        Determined by the object's velocity, an object in a constant state of motion(unchanging velocity) has an acceleration of 0 m/s/s
  - - - acceleration = change in motion. Net force vector= sum of all forces acting upon an object
      - That acceleration is resisted by mass. (Inversely Proportional)
      - A = F/m
      - As the force upon an object increases, the acceleration on the object increases and vice versa. As mass increases, acceleration decreases and vice versa
- - - - A force that can relate even when two objects are not in physical contact with one another.
        
        Gravitational forces
        
        A force that attracts all the masses in the universe, Or a massively large object that attracts others.
        
        Weight
        
        Weight is the force of gravity acting upon an object, it is different from mass.
    - - Types of Forces that result from when object's are perceived to be in contact with each other
        
        Types of Contact forces
        
        Spring Force
        
        The force exerted upon a stretched or compressed string attached to something
        
        Normal
        
        The Support force acting upon an object when it's in contact with another stable object
        
        Air Resistance
        
        The friction acting upon an object that is traveling through the air.
        
        Applied
        
        A force applied to an object by another object or even a person
        
        Tension
        
        The force transmitted through a rope, string, cable, or others, when it's is pulled tight by forces acting from opposite ends