LAWS OF MOTION

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  • NEWTON'S FIRST LAW IS ALSO KNOWN AS INERTIA. IF AN OBJECT IS IN MOTION IT STAYS IN MOTION AND AN OBJECT AT REST STAYS IN REST UNLESS ACTED UPON AN UNBALANCED FORCE.
  • NEWTON'S FIRST LAW
  • INERTIA
  • NEWTON'S SECOND LAW IS F=MA. THE ACCELERATION OF AN OBJECT DEPENDS ON IT'S MASS AND FORCE. THE SECOND LAW IS THE RELATIONSHIP OF AN OBJECT'S FORCE, MASS, AND ACCELERATION.
  • NEWTON'S SECOND LAW
  • F=MA
  • FOR EVERY ACTION IN AN OBJECT HAS AN EQUAL AND OPPOSITE REACTION.
  • REACTION
  • NEWTON'S THIRD LAW
  • ACTION
  • SINCE THE BALL WAS AT REST, AND IT WENT IN MOTION THE BALL INTERACTED WITH AN UNBALANCED FORCE. AN OBJECT AT REST STAYS AT REST UNLESS ACTED UPON AN UNBALANCED FORCE.
  • IT'S BECAUSE OF THE FIRST LAW OF MOTION! THE BALL ONLY MOVES BECAUSE IT WAS ACTED UPON AN UNBALANCED FORCE.
  • HOW COME THE BALL ONLY MOVES WHEN WE KICK IT OR WHEN SOMETHING PUSHES IT?
  • BECAUSE OF F=MA, IF ONE PLAYER HAS A LARGER FORCE AND MASS THE ACCELERATION WOULD BE FURTHER. THE RELATIONSHIP BETWEEN FORCE, MASS, AND ACCELERATION ALWAYS CHANGE.
  • IT'S PROBABLY BECAUSE OF NEWTON'S 2ND LAW. SINCE I HAVE A LARGER MASS AND FORCE, MY HIT ACCELERATES FURTHER.
  • HOW COME THE BALL DOESN'T GO AS FAR WHEN I HIT IT?
  • BECAUSE FOR EVERY ACTION THERE IS AN EQUAL AND OPPOSITE REACTION!
  • SINCE THE BALL WAS KICKED AND HIT THE GOAL POST, WHICH WAS THE ACTION, THE REACTION WAS THE POST GAVE AND OPPOSITE AND EQUAL REACTION WHICH MADE THE BALL COME BACK. THERE WAS BOTH A ACTION AND REACTION.
  • HOW COME THE BALL CAME FLYING BACK, WHEN I KICKED THE BALL AND IT HIT THE GOAL POST?
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