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A rope of length L is attached at its ends. The string has a tension T and its linear mass density is . a) Calculate

A rope of length L is attached at its ends. The string has a tension T and its linear mass density is .

a) Calculate the differential equation that governs the behavior of this vibrating string using Newton's second law.

b) Calculate the Lagrangian density for this problem.

c) Write the Lagrangian of the string.

d) Compute the Euler-Lagrange equations and compare with the answer to the first part.

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