6-4. Suppose that a 50 kg person were equipped with resilin pads in her joints. How large would these pads have to be in order for them to store enough energy for a m jump? Assume that the pad is cubic in shape and Al = l. %3D
6-4. Suppose that a 50 kg person were equipped with resilin pads in her joints. How large would these pads have to be in order for them to store enough energy for a m jump? Assume that the pad is cubic in shape and Al = l. %3D
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![utilizing only the stored energy?
6-4. Suppose that a 50 kg person were equipped with resilin pads in her
joints. How large would these pads have to be in order for them to store
enough energy for a m jump? Assume that the pad is cubic in shape
and Al = 5e.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F85449b62-6056-4a2b-8b25-d8904855f6af%2Fcec64eae-b69a-4bc2-9861-e39586f5c06b%2Fhuhlr2_processed.jpeg&w=3840&q=75)
Transcribed Image Text:utilizing only the stored energy?
6-4. Suppose that a 50 kg person were equipped with resilin pads in her
joints. How large would these pads have to be in order for them to store
enough energy for a m jump? Assume that the pad is cubic in shape
and Al = 5e.
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