Find the smallest positive values of `xa n dy` satisfying `x-y=pi/4a n dcotx+coty=2`

Find the smallest positive value of x and y satisfying x-y=(pi)/(4) and cot x+cot y=2

Find the smallest positive value of theta satisfying tan theta =2 sin theta .

Find the smallest integral value of x satisfying (x-2)^(x^(2)-6x+8))>1

Find the smallest integral value of x satisfying (x-2)^(x^(2)-6x+8) gt 1 .

The smallest positive values of x and y which satisfy "tan" (x-y) =1, "sec" (x+y) = (2)/(sqrt(3)) , are

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)

Let ' n ' is the number of ordered pair (x ,y) satisfying the system of equations {x^2y^2-2x+y^2=0 2x^2-4x+3+y^2=0(x , y in R) and ' S ' is the sum of all the values of xa n dy satisfying the given system of equations then n > S (b) n

Prove that the least positive value of x, satisfying tan x=x+1, lies in the interval ((pi)/(4),(pi)/(2))

Prove that the least positive value of x satisfying tan x=x+1, lies in the interval ((pi)/(4),(pi)/(2))

Find the smallest positive integer n such that d^n/(dx^n) (cosx)=cosx