1. The MULTIPLYING VELOCITY ACCELERATION SPEED FORCE MASS VECTOR BALANCED AVERAGE DISTANCE TIME UNIFORM DIVIDING UNBALANCED speed of a car that has moved from one place to another can be worked out by MULTIPLYING VELOCITY ACCELERATION SPEED FORCE MASS VECTOR BALANCED AVERAGE DISTANCE TIME UNIFORM DIVIDING UNBALANCED the MULTIPLYING VELOCITY ACCELERATION SPEED FORCE MASS VECTOR BALANCED AVERAGE DISTANCE TIME UNIFORM DIVIDING UNBALANCED by the MULTIPLYING VELOCITY ACCELERATION SPEED FORCE MASS VECTOR BALANCED AVERAGE DISTANCE TIME UNIFORM DIVIDING UNBALANCED taken.

2. Velocity is a MULTIPLYING VELOCITY ACCELERATION SPEED FORCE MASS VECTOR BALANCED AVERAGE DISTANCE TIME UNIFORM DIVIDING UNBALANCED quantity which means that the direction must be given.

3. MULTIPLYING VELOCITY ACCELERATION SPEED FORCE MASS VECTOR BALANCED AVERAGE DISTANCE TIME UNIFORM DIVIDING UNBALANCED velocity is where equal distances are covered in equal intervals of MULTIPLYING VELOCITY ACCELERATION SPEED FORCE MASS VECTOR BALANCED AVERAGE DISTANCE TIME UNIFORM DIVIDING UNBALANCED .

4. Uniform MULTIPLYING VELOCITY ACCELERATION SPEED FORCE MASS VECTOR BALANCED AVERAGE DISTANCE TIME UNIFORM DIVIDING UNBALANCED is where velocity changes by equal amounts in equal intervals of time.

5. MULTIPLYING VELOCITY ACCELERATION SPEED FORCE MASS VECTOR BALANCED AVERAGE DISTANCE TIME UNIFORM DIVIDING UNBALANCED is measured in m/s or ms^-1 and MULTIPLYING VELOCITY ACCELERATION SPEED FORCE MASS VECTOR BALANCED AVERAGE DISTANCE TIME UNIFORM DIVIDING UNBALANCED is measured in m/s² or ms^-2.

6. The acceleration of an object depends on its MULTIPLYING VELOCITY ACCELERATION SPEED FORCE MASS VECTOR BALANCED AVERAGE DISTANCE TIME UNIFORM DIVIDING UNBALANCED and the size of the MULTIPLYING VELOCITY ACCELERATION SPEED FORCE MASS VECTOR BALANCED AVERAGE DISTANCE TIME UNIFORM DIVIDING UNBALANCED acting on it.

7. If the forces acting on an object are MULTIPLYING VELOCITY ACCELERATION SPEED FORCE MASS VECTOR BALANCED AVERAGE DISTANCE TIME UNIFORM DIVIDING UNBALANCED then it will remain at rest or move with MULTIPLYING VELOCITY ACCELERATION SPEED FORCE MASS VECTOR BALANCED AVERAGE DISTANCE TIME UNIFORM DIVIDING UNBALANCED velocity in a straight line.

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