Complete the identity.
-$\tan \alpha + \cot \beta = ?$
A) $\frac { \sin ( \alpha - \beta ) } { \cos \alpha \sin \beta }$

B) $\frac { \cos ( \alpha - \beta ) } { \cos \alpha \sin \beta }$

C) $\frac { \cos ( \alpha + \beta ) } { \cos \alpha \sin \beta }$

D) $\frac { \sin ( \alpha + \beta ) } { \cos \alpha \sin \beta }$

Question

Complete the identity.
-$\tan \alpha + \cot \beta = ?$
A) $\frac { \sin ( \alpha - \beta ) } { \cos \alpha \sin \beta }$

B) $\frac { \cos ( \alpha - \beta ) } { \cos \alpha \sin \beta }$

C) $\frac { \cos ( \alpha + \beta ) } { \cos \alpha \sin \beta }$

D) $\frac { \sin ( \alpha + \beta ) } { \cos \alpha \sin \beta }$

Quizplus · Accepted Answer

The Answer of Complete the identity.
-$\tan \alpha + \cot \beta = ?$
A) $\frac { \sin ( \alpha - \beta ) } { \cos \alpha \sin \beta }$

B) $\frac { \cos ( \alpha - \beta ) } { \cos \alpha \sin \beta }$

C) $\frac { \cos ( \alpha + \beta ) } { \cos \alpha \sin \beta }$

D) $\frac { \sin ( \alpha + \beta ) } { \cos \alpha \sin \beta }$

Complete the Identity tan⁡α+cot⁡β=?\tan \alpha + \cot \beta = ?tanα+cotβ=? A) sin⁡(α−β)cos⁡αsin⁡β\frac { \sin ( \alpha - \beta ) } { \cos \alpha \sin \beta }cosαsinβsin(α−β)​