`sin 5x - sin3x - sinx=0 (0^(@) lt x lt 360^(@))`

Solve: sin 5x - sin 3x - sin x =0, 0^(@) lt x lt 360^(@).

Solve: sin ^(2) x + sin x - 2 =0 , (0^(@) lt x lt 360^(@)).

Find all values of x which satisfy 5 sin x = 4 cos x, (0^(@) lt x lt 360^(@))

If sin x - cos x = 0, 0^(@) lt x lt 90^(@) then the value of ( sec x + cosec x)^(2) is:

sin x + cos (x + 30^(@)) = 0, 0 ^(@) lt x lt 360^(@)

If : sin 5x + sin 3x + sin x = 0 , where 0 lt x le (pi)/2 , then : x =

Solve the equations for which solution lies in the interval 0^(@) lt theta lt 360^(@) . 2 sin^(2)x + 1 = 3 sin x

Solve the equations for which solution lies in the interval 0^(@) lt theta lt 360^(@) . sin^(4)x = sin^(2)x

Solve |sin 3x + sinx | + |sin 3x - sinx |= sqrt3, - (pi)/(2) lt x lt (pi)/(2).

Solve the equations for which solution lies in the interval 0^(@) lt theta lt 360^(@) . cos 2x = 1 - 3 sin x