$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$

$\mu =\frac{\sin {\displaystyle {{\displaystyle \delta }}_m}{\displaystyle /}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle {{\displaystyle \delta }}_m}{\displaystyle +}{\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle {{\displaystyle \delta }}_{m/}}{\displaystyle 2}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}{\displaystyle }}$

$\frac{\sin {\displaystyle (}{\displaystyle \frac{{\delta }_m+A}{2}}{\displaystyle )}}{\sin {\displaystyle A}{\displaystyle /}{\displaystyle 2}}$