Velocity equations physics
[DOC File]Equations - [protofusion]
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Velocity Equations: V=d/t. D=Vt. T=d/V. Acceleration on gravity: Earth: 9.8 m/s2 32 ft/s2. Moon: 1.6 m/s2 5.33 ft/s2. Acceleration Equations: Vf = Vo+ at. d = ½( Vo + Vf ) t. d = Vot + ½ at2. Vf 2 = Vo 2 + 2ad. t = Vf - Vo / a. t = 2d / Vo + Vf. If Vf = 0 then d = -(Vo2) / 2a. a = -(Vo2) / 2d. Vo = -√2ad. Force Equations: Fnet = ma. a ...
[DOC File]Kinematic Equations and Problem Solving
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) indicates that the velocity value is the . initial velocity. value and a subscript of f (as in . vf) indicates that the velocity value is the . final velocity. value. We will investigate the process of using the equations to determine unknown information about an object's motion.
[DOC File]The physics of motion
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The physics of motion. Footballers, golfers, tennis players, runners, skiers – they all have something in common. They have the ability to make split-second decisions about how their actions will affect their performance: how the curve of a ball will affect whether they score that crucial penalty, whether a change of angle of the club will give them a hole-in-one.
[DOC File]Acceleration Worksheet
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Equations: Acceleration = Final velocity – Initial velocity Time = Final Velocity – Initial Velocity. Time Acceleration. Final Velocity = Acceleration * Time + Initial Velocity. Problems: In order to receive credit for this worksheet you MUST show your work. You can use a calculator but you must show all of the steps in the spaces provided. 1.
[DOC File]Practice Problems: Speed, Velocity, and Acceleration
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8. A ball rolls down a ramp for 15 seconds. If the initial velocity of the ball was 0.8 m/sec and the . final velocity was 7 m/sec, what was the acceleration of the ball ? 0.413 m/s². 9. A meteoroid changed velocity from 1.0 km/s to 1.8 km/s in 0.03 seconds. What is the acceleration of . …
[DOC File]AP Physics C
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AP Physics C: 2-D Kinematics. Do Now: At time t=0 a ball of mass m is thrown vertically from a point P (x=0, y=0) with an initial velocity of vx. i +vy. j. Express the velocity vector . v (t) of the ball at time t using the given information and the constant g. Give an expression for the position vector . r (t) of the ball relative to the point ...
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