<h5>$v^{2}=\frac{LT}{m}$<br /><br />The formula above expresses the square of the speed $v$ of a wave moving along a string in terms of tension $T$, mass $m$, and length $L$ of the string. What is $T$ in terms of $m$, $v$, and $L$ ?</h5>

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Mashaal Masha

$v^{2}=\frac{LT}{m}$

The formula above expresses the square of the speed $v$ of a wave moving along a string in terms of tension $T$, mass $m$, and length $L$ of the string. What is $T$ in terms of $m$, $v$, and $L$ ?

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Mashaal Masha

$v^{2}=\frac{LT}{m}$The formula above expresses the square of the speed $v$ of a wave moving along a string in terms of tension $T$, mass $m$, and length $L$ of the string. What is $T$ in terms of $m$, $v$, and $L$ ?

$v^{2}=\frac{LT}{m}$

The formula above expresses the square of the speed $v$ of a wave moving along a string in terms of tension $T$, mass $m$, and length $L$ of the string. What is $T$ in terms of $m$, $v$, and $L$ ?