Please can some one explain to the way and the equations that i need to follow in order to solve this quesitonnn Go to a playground where there is a swing. Accelerate the swing and determine the swing time. Then have someone sit on the swing and again determine the swing time. Repeat the attempt, but now let the person stand on the swing. Will the swing time be the same in all trials? Try to hypothesize the reason for any similarity or dissimilarity. How can the hypothesis be tested? Please consider a detailed solution and a good handwriting. THanks in Advance!
Please can some one explain to the way and the equations that i need to follow in order to solve this quesitonnn Go to a playground where there is a swing. Accelerate the swing and determine the swing time. Then have someone sit on the swing and again determine the swing time. Repeat the attempt, but now let the person stand on the swing. Will the swing time be the same in all trials? Try to hypothesize the reason for any similarity or dissimilarity. How can the hypothesis be tested? Please consider a detailed solution and a good handwriting. THanks in Advance!
Classical Dynamics of Particles and Systems
5th Edition
ISBN:9780534408961
Author:Stephen T. Thornton, Jerry B. Marion
Publisher:Stephen T. Thornton, Jerry B. Marion
Chapter9: Dynamics Of A System Of Particles
Section: Chapter Questions
Problem 9.17P
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Please can some one explain to the way and the equations that i need to follow in order to solve this quesitonnn
Go to a playground where there is a swing. Accelerate the swing and determine the swing time. Then have someone sit on the swing and again determine the swing time. Repeat the attempt, but now let the person stand on the swing. Will the swing time be the same in all trials? Try to hypothesize the reason for any similarity or dissimilarity. How can the hypothesis be tested?
Please consider a detailed solution and a good handwriting.
THanks in Advance!
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