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Unformatted text preview: d, and travel time, t. Reference your answer with the name of the book you are using, the page, and the equation number. 5. Using the equations from questions 2 and 4, find g in terms of t, d, and ! . 6. Consider the equation d = (2 m/s 2 ) t 2 . Plot this equation to scale on graph paper with d on the yaxis and t on the xaxis (d vs t). 7. Using the equation of question 6, plot d vs t 2 with d on the yaxis and t 2 on the xaxis. 8. Calculate the slope of the plot from question 7. What is its physical meaning? 9. From your answer to question 8 determine the acceleration a....
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This note was uploaded on 10/26/2011 for the course PHYSICS E1a taught by Professor Wolfgangrueckner during the Fall '11 term at Harvard.
 Fall '11
 WolfgangRueckner
 mechanics, Force

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