Let ` 2 sin^(2)x + 3 sin x -2 gt 0 and x^(2)-x -2 lt 0` ( x is measured in radian ) . Then 'x' lies in the internal .

Let 2 sin^(2)x + 3 sin x -2 gt 0 and x^(2)-x -2 lt 0 ( x is measured in radian ) . Then 'x' lies in the interval .

If 2 sin ^(2) x + 3 sin x - 2 gt 0 and x^(2) - x - 2 lt 0 (x is measured in radians) then x lies in

Let 2sin^2x+3sinx-2>0 andx^2-x-2<0(x is measured in radians). Then x lies in the interval (a) (pi/6,(5pi)/6) (b) (-1,(5pi)/6) (c) (-1,2) (d) (pi/6,2)

2sin^(2)x+3sin x-2>0 and x^(2)-x-2<0 is measured in radians).Then x lies in the interval ((pi)/(6),(5 pi)/(6))( b) (-1,(5 pi)/(6))(-1,2)(d)((pi)/(6),2)

Let 2sin^2x+3sinx-2>0a n dx^2-x-2<0(x is measured in radians). Then x lies in the interval (pi/6,(5pi)/6) (b) (-1,(5pi)/6) (-1,2) (d) (pi/6,2)

Let 2sin^2x+3sinx-2>0a n dx^2-x-2<0(x is measured in radians). Then x lies in the interval (pi/6,(5pi)/6) (b) (-1,(5pi)/6) (-1,2) (d) (pi/6,2)

IF x^2 - 2x +3 gt 0 , 2x^2 + 4 x + 3 gt 0 then x lies in the interval

If sqrt(2) sin^2 x + (3sqrt(2) + 1) sin x + 3 gt 0 and x^2 - 7x + 10 lt 0 , then x lies in the interval