Please enable JavaScript.

Coggle requires JavaScript to display documents.

MOTION (How did motion affect us? (The world in motion (Global demographic…

- - - - merry go round
      - roller coaster rides
      - viking ships
  - - - UNO card games
      - Tap Tap revenge
      - monopoly
      - scrabble
      - Nintendo Wii
    - - car toys
      - barbie dolls
      - wind up toys
      - Pull back and release car toys
      - musical toys
- - - - Diverging Age Distributions
      - Urbanization in Poor Countries
    - - International Travel
      - Migration and Migrant Health
    - - Effects of Global Temperature Change on Vector Movement
      - The Movement of Livestock
    - - example
        
        Food will be traveled from farms to the city by trucks
    - - Water Projects
      - Land Modification Projects
  - - - this can help us not be late for school or work and guide us on what time we need to leave a place in order to reach our destination in time
- - - - velocity
      - time
      - displacement
      - speed
      - distance
    - - 2nd law of motion
        
        In an inertial reference frame, the vector sum of the forces F on an object is equal to the mass m of that object multiplied by the acceleration a of the object: F = ma
      - 3rd law of motion
        
        When one body exerts a force on a second body, the second body simultaneously exerts a force equal in magnitude and opposite in direction on the first body.
      - 1st law of motion
        
        In an inertial reference frame, an object either remains at rest or continues to move at a constant velocity, unless acted upon by a net force
    - - Uniform motion
      - constant motion
  - - - Linear motion
        
        is moving in a straight line
        
        example
        
        such as on a paper trimmer.
      - Reciprocating motion
        
        is moving backwards and forwards in a straight line
        
        example
        
        as in cutting with a saw
      - Oscillating motion
        
        is swinging from side to side
        
        example
        
        like a pendulum in a clock.
      - Rotary motion
        
        is turning round in a circle
        
        example
        
        such as a wheel turning.
  - - - similar motion
      - contrary motion
      - parallel motion
      - oblique motion
- - - - They represent mankind’s first great success at describing diverse aspects of nature with simple mathematical formulas.
      - They form the most intuitively appealing physical theory.
      - They lay the groundwork for later physics developments.