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`

Text Solution

Verified by Experts

The correct Answer is:
`:. x = (pi)/(2), pi`
Promotional Banner

Similar Questions

Explore conceptually related problems

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

Find the general solution of the equation sin2x+cos x=0 .

Find the number of solution of the equations sin^3 x cos x + sin^(2) x* cos^(2) x+sinx * cos^(3) x=1 , when x in[0,2pi]

Find the number of solution of the equations 2^(cos x)=|sin x|, when x in[-2pi,2pi]

Find the number of solution of the equations |cot x|= cot x +(1)/(sin x), when in [0,2pi]

Find the values of theta and p, if the equation x cos+ y sin = p is the normal form of the line sqrt3 x + y + 2 = 0 .

Find the value of k, if x=2,y=1 is a solution of the equation 2x+3y=k .

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 2 pi and |cos x| le sin x , then