Number of roots of the equation `|sinxcosx|` `+sqrt(2+t a n^2x+cot^2x)=sqrt(3),x in [0,4pi]a r e`

Number of roots of the equation |sin x cos x|+sqrt(2+tan^(2)x+cot^(2)x)=sqrt(3),x in[0,4 pi] are

The number of roots of the equation |sin x cos x| + sqrt(2 + tan^(2) x + cot ^(2) x) = sqrt(3), " where " x in [0, 4 pi] is

Number of real value of x satisfying the equation |sin x cos x|+sqrt(2+tan^(2)x+cot^(2)x)=sqrt(3)in[0,2 pi]

The variable x satisfying the equation |sinxcosx|+sqrt(2+tan^2 x+cot^2x)=sqrt(3) belongs to the interval (a) [0,pi/3] (b) (pi/3,pi/3) (c) [(3pi)/4,pi] (d) none-existent

The variable x satisfying the equation |sinxcosx|+sqrt(2+tan^2+cot^2x)=sqrt(3) belongs to the interval [0,pi/3] (b) (pi/3,pi/3) (c) [(3pi)/4,pi] (d) none-existent

The variable x satisfying the equation |sinxcosx|+sqrt(2+tan^2+cot^2x)=sqrt(3) belongs to the interval [0,pi/3] (b) (pi/3,pi/3) (c) [(3pi)/4,pi] (d) none-existent

The variable x satisfying the equation |sinxcosx|+sqrt(2+tan^2+cot^2x)=sqrt(3) belongs to the interval [0,pi/3] (b) (pi/3,pi/3) (c) [(3pi)/4,pi] (d) none-existent

The variable x satisfying the equation |sinxcosx|+sqrt(2+tan^2+cot^2x)=sqrt(3) belongs to the interval [0,pi/3] (b) (pi/3,pi/3) (c) [(3pi)/4,pi] (d) none-existent

The variable x satisfying the equation |sinxcosx|+sqrt(2+tan^(2)x+cot^(2))x=sqrt(3) belongs to the interval