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Published byMabel Bryan Modified over 9 years ago
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Relationship Between Velocity and Acceleration Velocity and acceleration are in the same direction Acceleration is uniform (blue arrows maintain the same length) Velocity is increasing (red arrows are getting longer)
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Relationship Between Acceleration and Velocity Uniform velocity (shown by red arrows maintaining the same size) Acceleration equals zero
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Relationship Between Velocity and Acceleration Acceleration and velocity are in opposite directions Acceleration is uniform (blue arrows maintain the same length) Velocity is decreasing (red arrows are getting shorter)
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Kinematic Equations Used in situations with uniform acceleration Used in situations with uniform acceleration
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Notes on the equations Gives displacement as a function of velocity and time Gives displacement as a function of velocity and time
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Notes on the equations Shows velocity as a function of acceleration and time Shows velocity as a function of acceleration and time
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Graphical Interpretation of the Equation
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Notes on the equations Gives displacement as a function of time, velocity and acceleration Gives displacement as a function of time, velocity and acceleration
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Notes on the equations Gives velocity as a function of acceleration and displacement Gives velocity as a function of acceleration and displacement
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Problem-Solving Hints Be sure all the units are consistent Be sure all the units are consistent Convert if necessary Convert if necessary Choose a coordinate system Choose a coordinate system Sketch the situation, labeling initial and final points, indicating a positive direction Sketch the situation, labeling initial and final points, indicating a positive direction Choose the appropriate kinematic equation Choose the appropriate kinematic equation Check your results Check your results
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