describing motion without reference to the cause of motion
Constant accelerration a
2) x = 1/2 ( v 0+ v ) t
3) x = v 0 t +1/2 a t 2
4) v2 = v 0 2 +2 a x
constant acceleration near Earth
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| Kinematics describing motion without reference to the cause of motion |
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| Kinematics uses simple definitions of relationships between fundamental quantities as SPACE and TIME to derive equations that relate quantity as DISPLACEMENT to rate of change as VELOCITY and ACCELERATION. | ||||||||||||
| Kinematics Equations Constant accelerration a |
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1) v = v0 t + a t 2) x = 1/2 ( v 0+ v ) t 3) x = v 0 t +1/2 a t 2 4) v2 = v 0 2 +2 a x |
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| Falling bodies constant acceleration near Earth |
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| g = - 9.8 m/s 2 | ||||||||||||