The most general values of `x` for which `sinx+cosx=min_(x in R) (1, a^2-4a+6)` is given by

The most general value of x for which sinx+cosx= "min"_(a in R) {1, a^(2)-4a+6} are given by

The most general values of 'x' for which sin x + cos x ="min"_(a in R)[1,a^(2)-4a+6] are given by

The most general values of 'x' for which sin x + cos x ="min"_(a in R)[1,a^(2)-4a+6] are given by

The most general values of 'x' for which sin x + cos x ="min"_(a in R)[1,a^(2)-4a+6] are given by

The most general values of x for which sinx + cosx = underset (a in R) min {1,a^(2) - 4a + 6} are given by :

The most general values of theta for which sin theta-cos theta=min_(a in R)(1,a^(2)-6a+11) are given by

General solutio of sin x+cos x=min_(a in R) {1,a^(2)-4a+6} is

General solution of the equation: sin x+cos x=min_(a in R){1,a^(2)-4a+6} is :

The most general value of theta for which "sin" theta-"cos" theta = underset(x in R)("min")[1, x^(2)-4x+6] are given by

The most general value of theta for which "sin" theta-"cos" theta = underset(x in R)("min")[1, x^(2)-4x+6] are given by