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STEELE

STEELE--NEWTON'S 1ST LAW OF MOTION

QuestionAnswer
DISTANCE THE ENTIRE PATH AN OBJECT TRAVELS DISTANCE=VELOCITY X TIME
NET FORCE TOTAL FORCE (E.G. THROWING A BASKETBALL= GRAVITY, AIR RESISTANCE AND HUMAN PUSHING)
FIRST LAW OF MOTION OBJECT AT REST WILL CONTINUE TO STAY AT REST UNLESS AN OUTSIDE FORCE ACTS ON IT AND AN OBJECT IN MOTION WILL CONTINUE TO STAY IN MOTION AND WILL CONTINUE IN A STRAIGHT LINE UNLESS AN OUTSIDE FORCE ACTS ON IT(E.G. GOLF BALL SITTING ON THE TEE)
UNBALANCED FORCES FORCES ON AN OBJECT THAT DO NOT CANCEL OUT
FRICTION FORCE THAT RESISTS MOTION (ROLLING, SLIDING OR STATIC)
ROLLING FRICTION TYPE OF FRICTION THAT MAKES A TIRE TURN OR A BALL ROLL
SLIDING FRICTION FRICTION THAT OCCURS WHEN TWO SURFACES SLIDE PAST EACH OTHER
STATIC FRICTION FRICTION THAT HINDERS A STATIONARY OBJECT FROM MOVING ON A SURFACE WHEN A FORCE IS APPLIED TO THAT OBJECT.
FLUID FRICTION RESISTANCE TO AN OBJECT'S MOTION THROUGH A FLUID (E.G. AIR RESISTANCE)
BALANCED FORCES FORCES ON AN OBJECT THAT CANCEL EACH OTHER OUT
VELOCITY THE MEASURE OF HOW FAST AN OBJECT IS TRAVELING IN A CERTAIN DIRECTION. V=DISPLACEMENT / TIME
FORCE A PUSH OR PULL APPLIED TO AN OBJECT F=MA (GRAVITY IS A FORCE)
NEWTON UNIT OF FORCE
INERTIA TENDENCY OF AN OBJECT TO REMAIN AS IT IS
MOMENTUM STRENGTH OF AN OBJECT'S MOTION (MASS x SPEED)
VECTORS ILLUSTRATE QUANTITY AND DIRECTION OF A FORCE
EQUILIBRIUM RULE WHEN THE NET FORCE ON SOMETHING IS ZERO (VECTORS GOING TOWARD EACH OTHER)
SUPPORT FORCE UPWARD FORCE OR "NORMAL FORCE" PUSHING UP (WHY WE DON'T FALL THROUGH THE FLOOR)..VECTORS PUSHING UP AND DOWN)
WEIGHT MEASURE OF THE FORCE OF GRAVITY ON THE MASS. MEASURED IN NEWTONS. FORMULA: W=MASS X GRAVITY (9.8M.S(2)) M=WEIGHT / GRAVITY
ACCELERATION THE CHANGE IN SPEED DIVIDED BY TIME A=VF-VI / T
SPEED A MEASURE OF HOW FAST AN OBJECT IS MOVING. SPEED= DISTANCE / TIME
DISPLACEMENT DISTANCE AND DIRECTION BETWEEN STARTING AND STOPPING POSITIONS
Created by: Health
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