Using the law of sines, find the solutions for the missing inputs.

If necessary, round your answers to the nearest tenth (or the nearest tenth of a degree).

[tex] \frac{a}{ \sin(a) } = \frac{b}{ \sin(b) } [/tex]
[tex] \frac{12}{ \sin(38) } = \frac{b}{ \sin(85) } [/tex]
[tex] \frac{12}{ \sin(38) } = \frac{a}{ \sin(57) } [/tex]
[tex]180 - (85 + 38) = 57[/tex]
[tex] \frac{12}{ \sin(38) } = \frac{b}{ \sin(85) } [/tex]
[tex] \sin(85) \times \frac{12}{ \sin(38) } = b[/tex]
[tex] \sin(57) \times \frac{12}{ \sin(38) } = a[/tex]
sorry for the order of steps

Using the law of sines, find the solutions for the missing inputs. If necessary, round your answers to the nearest tenth (or the nearest tenth of a degree).

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Using the law of sines, find the solutions for the missing inputs.

If necessary, round your answers to the nearest tenth (or the nearest tenth of a degree).