Home
Class 12
MATHS
Find the number of values of x satisfyin...

Find the number of values of `x` satisfying the equation `ln(1+{sin x}+{-sin x})=0` where `x in[0,10]`.{x} denotes fractional part function)

Promotional Banner

Similar Questions

Explore conceptually related problems

Find the number of values of x in (0,2 pi) satisfying the equation cot x-2sin2x=1

The number of real values of x satisfying the equation 3 sin^(-1)x +pi x-pi=0 is/are :

Solve {x+1}-x^(2)+2x>0( where {.} denotes fractional part function)

2.The value of x satisfying the equation log_(cos x)sin x=1 , where 0< x < (pi)/2 is

Find the set of values of x satisfying 2sin^(2)x-3sin x+1>=0

The value of x, satisfying the equation log_(cos x ) sin x =1 , where 0 lt x lt (pi)/(2) , is

The number of x in (0,2 pi) satisfying the equation 1+sin2x=sin x+sin^(2)x is

Number of values of x lying in [0,2 pi] and satisfying the equation sin x+cos x=1, is

Find the number of values of x in the internal [ 0, 5 pi] satisfying the equation 3 sin^(2) x - 7 sin x + 2 = 0