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Kinematics Equations

Kinematics Equations. IB Motion Graph Review. Distance/Position/Displacement Time Graphs Constant vel. Slope = Velocity. Slower Velocity. Starting point. Positive Negative Quadrants. Where object is w/ref to starting point. What is the object’s : a . displacement distance. 10. 30.

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Kinematics Equations

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  1. Kinematics Equations

  2. IB Motion Graph Review

  3. Distance/Position/Displacement Time GraphsConstant vel. Slope = Velocity Slower Velocity Starting point

  4. Positive Negative Quadrants Where object is w/ref to starting point.

  5. What is the object’s: • a. displacement • distance 10 30

  6. Constant Velocity/Speed

  7. Constant / Uniform Acceleration. On velocity time graph accl. is slope of straight line. + or neg a shown?

  8. What’s going on here physically?

  9. Sign of velocity is direction of motion shown by the quadrant. What does this show?

  10. What does -v mean?

  11. What does the sign of slope mean?

  12. Displacement = Area Under Curvev = d/t then, vt = d.

  13. To find displacement, calc area of triangle + rectangle.

  14. When is object back at start point? + area must = - area

  15. Acceleration – time graphs Graph d-t, v-t, a-t tossed ball & caught at same height.

  16. Kerr pg 39 #1& pg 71 Topic 2.1 #1-4.

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