A body of mass m is attached by a string to a suspend- ed spring of spring constant k. Both the string and the spring have negligible mass. The body is pulled down a distance A and released. Assuming that the string remains taut throughout the motion, find (a) the maximum downward acceleration of the os- cillating body and (b) the maximum amplitude for which the string re- mains taut.
A body of mass m is attached by a string to a suspend- ed spring of spring constant k. Both the string and the spring have negligible mass. The body is pulled down a distance A and released. Assuming that the string remains taut throughout the motion, find (a) the maximum downward acceleration of the os- cillating body and (b) the maximum amplitude for which the string re- mains taut.
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Transcribed Image Text:A body of mass m is attached by a string to a suspend-
ed spring of spring constant k. Both the string and the
spring have negligible mass. The body is pulled down
a distance A and released. Assuming that the string
remains taut throughout the motion, find
(a) the maximum downward acceleration of the os-
cillating body and
(b) the maximum amplitude for which the string re-
mains taut.
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