![In triangle ABC , we are given that 3sin A + 4cos B = 6 and 4sin B + 3cos A = 1 . Then the measure of the angle C is. In triangle ABC , we are given that 3sin A + 4cos B = 6 and 4sin B + 3cos A = 1 . Then the measure of the angle C is.](https://d2rrqu68q7r435.cloudfront.net/images/4457801/4dce6d5b-df9d-4f65-b59f-5dc65f3cb18e.jpg)
In triangle ABC , we are given that 3sin A + 4cos B = 6 and 4sin B + 3cos A = 1 . Then the measure of the angle C is.
![Find the answer sec^210 - cot^280 + sin15.cos75 + cos15sin75costheta.sin(90 - theta) + sintheta.cos(90 - theta) Find the answer sec^210 - cot^280 + sin15.cos75 + cos15sin75costheta.sin(90 - theta) + sintheta.cos(90 - theta)](https://haygot.s3.amazonaws.com/questions/1340166_1261088_ans_61d0a4a3f2614ba4856be5ad58b5a68e.jpg)
Find the answer sec^210 - cot^280 + sin15.cos75 + cos15sin75costheta.sin(90 - theta) + sintheta.cos(90 - theta)
Sci-Pi - Here is the answer to the question! Find the value of cos 75. Whose answers a and c both are correct. #SciPiTutor #Trigonometry #AmswerTime Sci-Pi: A tutor for everyone.
![SOLVED:Rant Lroluere AIdlorne = rithout aloustor sin 75_ sin15" 2Si^ (+)-cs(*z) 2 5(459).Cos( 280s( cos75"_ 25;n755) Cos 75-15 {2(2)(4 4) <875)- Cos15" 7 26 25)( 2575)= 62)(2) 2085159); cos( zo Sin sin(12")cos(168")+sin(168 ) SOLVED:Rant Lroluere AIdlorne = rithout aloustor sin 75_ sin15" 2Si^ (+)-cs(*z) 2 5(459).Cos( 280s( cos75"_ 25;n755) Cos 75-15 {2(2)(4 4) <875)- Cos15" 7 26 25)( 2575)= 62)(2) 2085159); cos( zo Sin sin(12")cos(168")+sin(168 )](https://cdn.numerade.com/ask_images/d5cf020ad795477aa653746966e8e0f2.jpg)
SOLVED:Rant Lroluere AIdlorne = rithout aloustor sin 75_ sin15" 2Si^ (+)-cs(*z) 2 5(459).Cos( 280s( cos75"_ 25;n755) Cos 75-15 {2(2)(4 4) <875)- Cos15" 7 26 25)( 2575)= 62)(2) 2085159); cos( zo Sin sin(12")cos(168")+sin(168 )
![Vocabulary reduction identity. Key Concept 1 Example 1 Evaluate a Trigonometric Expression A. Find the exact value of cos 75°. 30° + 45° = 75° Cosine. - ppt download Vocabulary reduction identity. Key Concept 1 Example 1 Evaluate a Trigonometric Expression A. Find the exact value of cos 75°. 30° + 45° = 75° Cosine. - ppt download](https://images.slideplayer.com/25/8102765/slides/slide_3.jpg)
Vocabulary reduction identity. Key Concept 1 Example 1 Evaluate a Trigonometric Expression A. Find the exact value of cos 75°. 30° + 45° = 75° Cosine. - ppt download
![How do you find the exact functional value cos 75 using the cosine sum or difference identity? | Socratic How do you find the exact functional value cos 75 using the cosine sum or difference identity? | Socratic](https://useruploads.socratic.org/Tgsmmm5HTbGtEG4fqINn_Unit%20Circle.jpg)