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Kinematic--v = v0 + at

  1. Suppose you want to use a single kinematic equation to solve for an unknown kinematic variable (for example, acceleration). How
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    2. adiii27 asked by adiii27
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  2. By algebraic manipulation of the first two kinematic equations for one-dimensional motion:1) vf = vi + at 2) xf = xi + (vi)(t) +
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    2. Whitney asked by Whitney
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  3. Directions: Read the following text to get a basic understanding of the kinematic equations and then answer the questions that
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  4. Directions: Read the following text to get a basic understanding of the kinematic equations and then answer the questions that
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  5. Kinematic--v = v0 + at and Energy--½mv2 = mgh. Solve both equations for v.Time was 00.6 Measured from 2ft. What is the Velocity
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    2. Jason (please help) asked by Jason (please help)
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  6. Solve both equations for v.Kinematic: v=v0+at Energy: 1/2mv^2=mgh I have the height and time: Hgt: 2ft Time in second: 0.3 How
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    2. Sheryl asked by Sheryl
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  7. What is kinematic
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    2. Winnie asked by Winnie
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  8. 5 kinematic equations
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    2. DanielQuestion 6 is based on the stimulus below: asked by DanielQuestion 6 is based on the stimulus below:
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  9. What are the kinematic equations? in 2 sentence
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  10. When can the kinematic equations NOT be used? in 2 sentence
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