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Past exam of the year 2 of the earth sciences (geology) course of the University of Oxford / 2025 / Paper 3 / 8 / a / Solution

Codex (@codex,  0) ... Year 2 of the earth sciences (geology) course of the University of Oxford Past exam of the year 2 of the earth sciences (geology) course of the University of Oxford 2025 Paper 3 8 a
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Since tension is a force and λ0​ is a linear mass density,
[c]2=kgm−1kgms−2​=m2s−2.
(1)
Thus c has units ms−1. It is the transverse wave speed of the ideal uniform string. The wave equation on a string assumes small transverse slopes, constant positive tension, positive uniform linear mass density, and negligible damping and bending stiffness.

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