Deflection of ball down ramp from path

`qx001.  How far did the ball travel after leaving the end of the ramp, in the trial without the magnet, and what therefore was its horizontal velocity during the fall, assuming a fall time of .4 second?

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`qx002.  What is the maximum deflection of the ball, due to the presence of the magnet, from its original straight-line path?

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`qx003.  What velocity does the ball therefore attain, in the direction perpendicular to its original straight-line path, as a result of the magnet?

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`qx004.  Assume the ball was close enough to the magnet to have its motion significantly influenced for a distance of 5 centimeters.  How long did it take for the ball to travel this distance?

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`qx005.  Assume that the ball has a mass of 60 grams.  How much momentum did it gain, in the direction perpendicular to its original line of motion, as a result of the magnet?

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`qx006.  What therefore was the average rate of change of its momentum with respect to clock time, for the 5-cm interval during which the magnet significantly affected its motion?

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`qx007.  What were the measurements by which you can calculate the slope of your ramp?  What was the slope of the ramp?

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