Home
Class 12
MATHS
The equation 3^("sin"2x + 2"cos"^(2)x) +...

The equation `3^("sin"2x + 2"cos"^(2)x) + 3^(1-"sin"2x +2"sin"^(2)x) = 28` is satisfied for the values of x given by

A

cosx=0

B

sinx=-1

C

tanx=1

D

tanx=-1

Text Solution

Verified by Experts

The correct Answer is:
A, B, D
Promotional Banner

Similar Questions

Explore conceptually related problems

Solve the equation sin^(2)x + cos^(2)3x=1

Find the general solution of the equation 3^(sin2x+2cos^(2)x)+3^(1-sin2x+2sin^(2)x)=28

Q.x=a satisfy the equation 3^(sin2x+2cos^(2)x)+3^(1-sin2x+2sin^(2)x)=28(sin2a-cos2a)^(2)+8sin4a is equal to:

The equation 2^(1+cos2x)*sin^(2)x+2sin^(2)2x+2cos2x=2 is satisfied for -

The values of x satisfying the system of equation 2^("sin" x + "cos"y) = 1, 16^("sin"^(2)x + "cos"^(2)y) =4 are given by

Solve the equation sin^(4)x+cos^(4)x-2sin^(2)x+(3sin^(2)2x)/(4)=0

The equation 2 cos^(-1)x=sin^(-1)(2x sqrt(1-x^(2))) is valid for all values of x satisfying