Home
Class 12
MATHS
Find the range of y such that the equati...

Find the range of y such that the equation in x , ` y + cos x = sin x ` has a real solutions . For `y=1` , find x such that ` 0 lt x lt 2 pi`

Promotional Banner

Topper's Solved these Questions

  • TRIGONOMETRICAL EQUATIONS

    ML KHANNA|Exercise PROBLEM SET (3) (MULTIPLE CHOICE QUESTIONS)|25 Videos

  • TRIGONOMETRICAL EQUATIONS

    ML KHANNA|Exercise PROBLEM SET (3) (TRUE AND FALSE )|1 Videos

  • TRIGONOMETRICAL EQUATIONS

    ML KHANNA|Exercise PROBLEM SET (2) (TRUE AND FALSE )|2 Videos

  • THEORY OF QUADRATIC EQUATIONS

    ML KHANNA|Exercise Self Assessment Test|27 Videos

  • TRIGONOMETRY RATIOS AND IDENTITIES

    ML KHANNA|Exercise MISCELLANEOUS EXERCISE (FILL IN THE BLANKS)|6 Videos

Similar Questions

Explore conceptually related problems

The range of 'y,such that the equation in X,y+cos x=sin x has a real solution is

Find the range of lambda so that the equation sin^(6)x+cos^(6)x=lambda-1 has a real solution.

Find the range of lambda so that the equation sin^(6)x+cos^(6)x=lambda-1 has a real solution.

Find the rang of y=cos(2sin x)

Find the value of 'a' which the system of equation sin x * cos y=a^(2) and sin y* cos x =a have a solution

Principal solutions of the equation sin 2x + cos 2x =0 . Where pi lt x lt 2pi are

General solution of y(dy)/(dx) + by^(2)=a cos x, 0 lt x lt 1 is

Find the general solution : (dy)/(dx)+(sec x)y=tan x(0 le x lt pi/2) .

Find the number of real solution of the equation (cos x)^(5)+(sin x)^(3)=1 in the interval [0, 2pi]

If 0 lt x lt pi and cos x + sin x = 1/2 , then tan x is