Home
Class 12
MATHS
The set of values of a for which the equ...

The set of values of a for which the equation `Sin^4 x + Cos^4 x = a` has a solution is

Promotional Banner

Similar Questions

Explore conceptually related problems

Write the set of values of a for which the equation sqrt(3)sin x-cos x=a has no solution.

The set of values of 'a' for which the equation "sin" x ("sin"x +"cos" x) = a has real solutions, is

The set of values of 'a' for which the equation "sin" x ("sin"x +"cos" x) = a has real solutions, is

The set of values of lambda for which the equation "sin"^(4) x + "cos"^(4) x =lambda has a solution, is

The set of values of lambda for which the equation "sin"^(4) x + "cos"^(4) x =lambda has a solution, is

The set of values of alpha for which the equation "sin"^(4) x + "cos"^(4) x + "sin" 2x + alpha =0 possesses a solution, is

The values of k for which the equation sin^4 x+cos^4 x+sin2x+k=0 possess solution

The range of value's of k for which the equation 2 cos^(4) x - sin^(4) x + k = 0 has atleast one solution is [ lambda, mu] . Find the value of ( 9 mu + lambda) .

The range of value's of k for which the equation 2 cos^(4) x - sin^(4) x + k = 0 has atleast one solution is [ lambda, mu] . Find the value of ( 9 mu + lambda) .

The range of value's of k for which the equation 2 cos^(4) x - sin^(4) x + k = 0 has atleast one solution is [ lambda, mu] . Find the value of ( 9 mu + lambda) .