The smallest positive value of `x` (in radians) satisfying the equation `(log)_(cosx)((sqrt(3))/2sinx)=2-(log)_(secx)(tanx)` is (a)`pi/(12)` (b) `pi/6` (c) `pi/4` (d) `pi/3`

The smallest positive value of x (in radians) satifying the equation log_(cosx)((sqrt(3))/2sinx)=2+log_(cosx)(tanx) , is

The smallest positive value of x (in radians) satisfying the equation (log)_(cosx)((sqrt(3))/2sinx)=2-(log)_(secx)(tanx), is pi/(12) (b) pi/6 (c) pi/4 (d) pi/3

The smallest positive value of x (in radians) satisfying the equation (log)_(cos x)((sqrt(3))/(2)sin x)=2-(log)_(sec x)(tan x) is (a) (pi)/(12) (b) (pi)/(6)(cc)(pi)/(4) (d) (pi)/(3)

The smallest positive x satisfying the equation (log)_(cosx)sinx+(log)_(sinx)cosx=2 is

The smallest positive x satisfying the equation (log)_(cosx)sinx+(log)_(sinx)cosx=2 is pi/2 (b) pi/3 (c) pi/4 (d) pi/6

The smallest positive x satisfying the equation (log)_(cosx)sinx+(log)_(sinx)cosx=2 is pi/2 (b) pi/3 (c) pi/4 (d) pi/6

The smallest positive x satisfying the equation (log)_(cosx)sinx+(log)_(sinx)cosx=2 is pi/2 (b) pi/3 (c) pi/4 (d) pi/6

The smallest positive x satisfying the equation log_(cos x)sin x+log_(sin x)cos x=2 is (pi)/(2)(b)(pi)/(3)(c)(pi)/(4)(d)(pi)/(6)

The smallest positive value of x (in radians ) log_(5) tan theta = log_(5)^(4), log _(4) ( e sin theta ) and [ 0, 8 pi] is

The least positive integral value of 'x' satisfying (e^x-2)(sin(x+pi/4))(x-log_e2)(sinx-cosx)<0