3.How much tensile (pulling) force could be applied to an elephant tendon with a cross sectional...
3.How much tensile (pulling) force could be applied to an elephant tendon with a cross sectional area of 1 cm2and a length of 30cm, before it begins to fail? What if the tendon was only 15cm long? (Note that injury occurs a strain of 8%.)
We expect to see the calculations and answer using the correct formulas.
Homework Answers
Note that the force doesn't depend directly on length of tendom. It depends on strain which is ratio of elongation to actual length. Thus, the force required will remain same because the strain remains same.
If we reduce the length of tendom, the elongation would also decrease to keep the same strain. Thus, Force applied before it begins to fail would still be 12 KN.
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