Lines whose equation are `(x-3)/2=(y-2)/3=(z-1)/(lamda)` and `(x-2)/3=(y-3)/2=(z-2)/3` lie in same plane, then.
The value of `sin^(-1)sinlamda` is equal to

Two line whose are (x-3)/(2)=(y-2)/(3)=(z-1)/(lambda) and (x-2)/(3)=(y-3)/(2)=(z-2)/(3) lie in the same plane, then, Q. The value of sin^(-1)sinlambda is equal to

Two line whose are (x-3)/(2)=(y-2)/(3)=(z-1)/(lambda) and (x-2)/(3)=(y-3)/(2)=(z-2)/(3) lie in the same plane, then, Q. The value of sin^(-1)sinlambda is equal to

Two line whose are (x-3)/(2)=(y-2)/(3)=(z-1)/(lambda) and (x-2)/(3)=(y-3)/(2)=(z-2)/(3) lie in the same plane, then, Q. The value of sin^(-1)sinlambda is equal to

Two line whose are (x-3)/(2)=(y-2)/(3)=(z-1)/(lambda) and (x-2)/(3)=(y-3)/(2)=(z-2)/(3) lie in the same plane, then, Q. The value of sin^(-1)sinlambda is equal to

The lines (x-3)/(2) = (y-2)/(3) = (z-1)/(lamda ) and (x-2)/(3) = (y-3)/(2) = (z-2)/(3) lie in a same plane then The value of lamda is

If two lines, whose equations are (x -3)/(2) = (y -2)/(3) = (z-1)/(lamda) and (x-2)/(3) = (y-3)/(3) = (z-2)/(3) lie in the same plane. Then the value of sin ^(-1) sin lamda is

Lines whose equation are (x-3)/2=(y-2)/3=(z-1)/(lamda) and (x-2)/3=(y-3)/2=(z-2)/3 lie in same plane, then. Angle between the plane containing both lines and the plane 4x+y+2z=0 is

Lines whose equation are (x-3)/2=(y-2)/3=(z-1)/(lamda) and (x-2)/3=(y-3)/2=(z-2)/3 lie in same plane, then. Angle between the plane containing both lines and the plane 4x+y+2z=0 is