6-3. Assume that the shape of the resilin in each leg of the flea is equivalent to a cylinder 2 x 10-2 cm long and 10-4 cm2 in area. If the change in the length of the resilin is Al = 10-2 cm, calculate the energy stored in the resilin. The flea weighs 0.5 x 10¬' g. How high can the flea jump utilizing only the stored energy? -3
6-3. Assume that the shape of the resilin in each leg of the flea is equivalent to a cylinder 2 x 10-2 cm long and 10-4 cm2 in area. If the change in the length of the resilin is Al = 10-2 cm, calculate the energy stored in the resilin. The flea weighs 0.5 x 10¬' g. How high can the flea jump utilizing only the stored energy? -3
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Transcribed Image Text:dicular to the wing throughout the wing motion.
6-3. Assume that the shape of the resilin in each leg of the flea is equivalent
to a cylinder 2 x 10-2 cm long and 10-4 cm2 in area. If the change in
the length of the resilin is Al = 10-2 cm, calculate the energy stored in
the resilin. The flea weighs 0.5 x 10-3
utilizing only the stored energy?
g. How high can the flea jump
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