To solve this problem, we need to simplify the expression using trigonometric identities.
Given expression:
36/sin^2 43° + 4 + sin^2 133°
First, let's simplify the trigonometric functions:
sin^2 43° = sin^2 (180° - 43°) = sin^2 137°
sin^2 133° = sin^2 (180° - 133°) = sin^2 47°
Now, substitute these values back into the expression:
= 36/sin^2 137° + 4 + sin^2 47°
Now, you may choose to leave the expression in this form or continue simplifying further based on the problem context.
To solve this problem, we need to simplify the expression using trigonometric identities.
Given expression:
36/sin^2 43° + 4 + sin^2 133°
First, let's simplify the trigonometric functions:
sin^2 43° = sin^2 (180° - 43°) = sin^2 137°
sin^2 133° = sin^2 (180° - 133°) = sin^2 47°
Now, substitute these values back into the expression:
36/sin^2 43° + 4 + sin^2 133°
= 36/sin^2 137° + 4 + sin^2 47°
Now, you may choose to leave the expression in this form or continue simplifying further based on the problem context.