A. Find the force constant of this tendon in N/mB. because of its thickness, the maximum tension this tendon can support without rupturing is 137 N. By how much can the tendon stretch without rupturing? (in cm)C. How much energy is stored in it at that point? (in J) Tendons are strong elastic fibers that attach muscles to bones. Toa reasonable approximation, they obey Hooke's law. In laboratorytests on a particular tendon, it was found that, when a 248 gobject was hung from it, the tendon stretched 1.25 cm .

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Find the force constant of this tendon in N/m B. because of its thickness, the maximum tension this tendon can support without rupturing is 137 N. By how much can the tendon stretch without rupturing? (in cm) C. How much energy is stored in it at that point? (in J)

Find the force constant of this tendon in N/m B. because of its thickness, the maximum tension this tendon can support without rupturing is 137 N. By how much can the tendon stretch without rupturing? (in cm) C. How much energy is stored in it at that point? (in J)

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter12: Static Equilibrium And Elasticity

Section: Chapter Questions

Problem 74AP: Two rods, one made of copper and the other of steel, have the same dimensions. If the copper rod...

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Question

A. Find the force constant of this tendon in N/m

B. because of its thickness, the maximum tension this tendon can support without rupturing is 137 N. By how much can the tendon stretch without rupturing? (in cm)

C. How much energy is stored in it at that point? (in J)

Tendons are strong elastic fibers that attach muscles to bones. To
a reasonable approximation, they obey Hooke's law. In laboratory
tests on a particular tendon, it was found that, when a 248 g
object was hung from it, the tendon stretched 1.25 cm .

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