Consider the Atwood Engine problem, but now with the pulley, of mass m' and radius r, being relevant. Take the mass of the blocks together by the string being M and m, with M > m. Being an initial condition presented in the figure, it is a speed with which M meets, (a) by both alternative methods and (b) by proposed methods that are equivalent, argued; (c) Argue for the differences and similarities concerning the case regarding the neglected policy. Icm (dis
Consider the Atwood Engine problem, but now with the pulley, of mass m' and radius r, being relevant. Take the mass of the blocks together by the string being M and m, with M > m. Being an initial condition presented in the figure, it is a speed with which M meets, (a) by both alternative methods and (b) by proposed methods that are equivalent, argued; (c) Argue for the differences and similarities concerning the case regarding the neglected policy. Icm (dis
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Consider the Atwood Engine problem, but now with the pulley, of mass m' and radius r, being relevant. Take the mass of the blocks together by the string being M and m, with M > m. Being an initial condition presented in the figure, it is a speed with which M meets, (a) by both alternative methods and (b) by proposed methods that are equivalent, argued; (c) Argue for the differences and similarities concerning the case regarding the neglected policy. Icm (disk)=1/2 m' r²
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