The resilin in the body of a flea has a forceconstant of about 24 N>m, and when the flea cocks its jumpinglegs, the resilin associated with each leg is compressed by approximately 0.12 mm. Given that the flea has a mass of 0.56 mg, andthat two legs are used in a jump, estimate the maximum height aflea can attain by using the energy stored in the resilin. (Assumethe resilin to be an ideal spring.)
The resilin in the body of a flea has a forceconstant of about 24 N>m, and when the flea cocks its jumpinglegs, the resilin associated with each leg is compressed by approximately 0.12 mm. Given that the flea has a mass of 0.56 mg, andthat two legs are used in a jump, estimate the maximum height aflea can attain by using the energy stored in the resilin. (Assumethe resilin to be an ideal spring.)
University Physics Volume 1
18th Edition
ISBN:9781938168277
Author:William Moebs, Samuel J. Ling, Jeff Sanny
Publisher:William Moebs, Samuel J. Ling, Jeff Sanny
Chapter8: Potential Energy And Conservation Of Energy
Section: Chapter Questions
Problem 8.3CYU: Check Your Understanding When the length of the spring in Example 8.3 changes from an initial value...
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The resilin in the body of a flea has a force
constant of about 24 N>m, and when the flea cocks its jumping
legs, the resilin associated with each leg is compressed by approximately 0.12 mm. Given that the flea has a mass of 0.56 mg, and
that two legs are used in a jump, estimate the maximum height a
flea can attain by using the energy stored in the resilin. (Assume
the resilin to be an ideal spring.)
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