Solve the triangle.
-$$\beta = 40 ^ { \circ } , \quad \gamma = 10 ^ { \circ } , \quad \mathrm { b } = 5$$
A) $\alpha = 130 ^ { \circ } , \mathrm { c } = 5.96 , \mathrm { a } = 1.35$
B) $\alpha = 130 ^ { \circ } , \mathrm { c } = 2.35 , \mathrm { a } = 5.96$
C) $\alpha = 130 ^ { \circ } , \mathrm { c } = 5.96 , \mathrm { a } = 0.35$
D) $\alpha = 130 ^ { \circ } , \mathrm { c } = 1.35 , \mathrm { a } = 5.96$

Question

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The Answer of Solve the triangle.
-$$\beta = 40 ^ { \circ } , \quad \gamma = 10 ^ { \circ } , \quad \mathrm { b } = 5$$
A) $\alpha = 130 ^ { \circ } , \mathrm { c } = 5.96 , \mathrm { a } = 1.35$
B) $\alpha = 130 ^ { \circ } , \mathrm { c } = 2.35 , \mathrm { a } = 5.96$
C) $\alpha = 130 ^ { \circ } , \mathrm { c } = 5.96 , \mathrm { a } = 0.35$
D) $\alpha = 130 ^ { \circ } , \mathrm { c } = 1.35 , \mathrm { a } = 5.96$

Solve the Triangle β=40∘,γ=10∘,b=5\beta = 40 ^ { \circ } , \quad \gamma = 10 ^ { \circ } , \quad \mathrm { b } = 5β=40∘,γ=10∘,b=5

Solve the Triangle $\beta = 40 ^ { \circ } , \quad \gamma = 10 ^ { \circ } , \quad \mathrm { b } = 5$