Topic
Q:
1. Solve the triangle given \( B=75^{\circ},=2, c=6 \).
2. Solve the triangle given \( c=1, b=4, A=50^{\circ} \).
Q:
1. Solve the triangle given \( A=40^{\circ}, B=30^{\circ}, a=4 \).
2. Solve the triangle given \( A=35^{\circ}, B=75^{\circ}, c=5 \).
Q:
1. Solve the triangle given \( A=40^{\circ}, B=30^{\circ}, a=4 \).
2. Solve the triangle given \( A=35^{\circ}, B=75^{\circ}, c=5 \).
Q:
a. Solve \( 2 \cos \theta=-\sqrt{2} \) on \( [0,2 \pi) \)
b. Solve \( \tan \theta=\sqrt{3} \) on \( [0,2 \pi) \)
Q:
Use an addition or subtraction formula to write
\[ \frac{\tan 39^{\circ}+\tan 24^{\circ}}{1-\tan 39^{\circ} \tan 24^{\circ}} \]
as a trigonometric function of one number.
Q:
Use an addition or subtraction formula to write
\[ \frac{\tan 39^{\circ}+\tan 24^{\circ}}{1-\tan 39^{\circ} \tan 24^{\circ}} \]
as a trigonometric function of one number.
Q:
\( \frac{tan\theta }{tan^{2}\theta -1}=\frac{1}{tan\theta -cot\theta } \)
Q:
\( \frac{tan\theta }{tan^{2}\theta -1}=\frac{1}{tan\theta -cot\theta } \)
Q:
4) \( \operatorname{Si} \tan \Phi=\frac{\sqrt{6}}{3} \), donde " \( \Phi \) " es un ángulo agudo, calcular
\( \mathrm{P}=\sqrt{3} \operatorname{Sec} \Phi+\sqrt{2} \operatorname{Csc} \Phi \)
Q:
p. \( \frac{\tan }{\tan ^{2} \theta} \)
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