Use the Law of Sines to solve for the remaining side(s) and angle(s) of all triangles if
\beta =116\deg ,b=13.5,c=10.5
. Round to two decimal places. As in the text,
(\alpha ,a),(\beta ,b)
and
(\gamma ,c)
are angle-side opposite pairs. If no such triangle exists, enter DNE in each answer box. Enter the values for an acute triangle solution:
{(:\gamma =◻ degrees ):}
degrees degrees Enter the values for an obtuse triangle solution:
\gamma ^(')=

◻
degrees
\alpha ^(')=

◻
degrees
a^(')=

Question

Use the Law of Sines to solve for the remaining side(s) and angle(s) of all triangles if

\beta =116\deg ,b=13.5,c=10.5

. Round to two decimal places. As in the text,

(\alpha ,a),(\beta ,b)

and

(\gamma ,c)

are angle-side opposite pairs. If no such triangle exists, enter DNE in each answer box. Enter the values for an acute triangle solution:

{(:\gamma =◻ degrees ):}

degrees degrees Enter the values for an obtuse triangle solution:

\gamma ^(')=

◻

degrees

\alpha ^(')=

◻

degrees

a^(')=

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