II Simple Pendulum D) Influence of the length of the pendulum on…

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Question Answered step-by-step II Simple Pendulum D) Influence of the length of the pendulum on… II Simple PendulumD) Influence of the length of the pendulum on the oscillating period.l (m)t20 1 (s)t20 2 (s)t20 3 (s)T1 (s)T2 (s)T3 (s)Tavg(s)Tcalc (s)%error7835.7735.6835.941.7881.7841.7971.78917.726 7334.8834.9935.131.7441.7491.7561.74917.148 6533.9432.7633.270.1971.6381.6631.66616.181 Tcalc= where g=9.81 m/s2,%error is calculated between calculated period Tcalc and average measured Tavg E) T2 vs. l Plot. (Acceleration of gravity determination) Please plot this in excel l1l2l3Slope = _ _ _ _ _ _ _ _ _ _ _ _(units)Equation plotted is: T2avg=(4?2/g) lTAverage (s)1.7891.7491.666Slope=4?2/gT2Average (s2)3.2003.0592.775Acc. Due to gravity g=4?2/slope l (m)787365g = _ _ _ _ _ _ m/s2 F) Determine an % error between standard value of g=9.81 m/s2 and the value found when you plot.%error=|g(slope)-9.81 m/s2|/ 9.81 m/s2*100=                            %Include the following in your report:G) Determine the length of the pendulum for 1s period: l = _ _ _ _ _ _ (m). Show your calculation. H) How would the period change if you double the mass of the pendulum? Explain. I) What is the condition for simple harmonic motion? I) What happen if you increase the amplitude of oscillation? Can you still use equation T=? Explain.   Science Physics PHYS 10310 Share QuestionEmailCopy link Comments (0)