The value of `x` satisfying the equation `ln(tan x)=0` ,is/are

The values of x, satisfying the equation x^(2)-3-{x}=0

x log_(2)3+2x-log_(2)((4)/(5))=log_(2)80+3log_(2)3. The value of x satisfying the equation the equation is :

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

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

For 0 le x le (pi)/(2) , the number of values of x satisfying the equation tan x+ sec x = cos x is

The value of x satisfying the equation log_(2)(x^(2)-2x+5)=2 is

Value of x satisfying the equation log_(2)(9-2^(x))=x-3 is :

Sum of all the values of x satisfying the equation log_(17) log_(11) (sqrt(x + 11) + sqrt(x)) = 0" " (1) is

The value of x satisfying the equation tan^(-1)(2x)+tan^(-1)3x=(pi)/(4) is

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)