If the angle `theta` between the line `(x+1)/(1)=(y-1)/(2)=(z-2)/(2)` and the plane `2x-y+sqrt(lambda)z+4=0` is such that `sintheta=(1)/(3)`. The value of `lambda` is

If angle theta between the line (x+1)/(1)=(y-2)/(2)=(z-2)/(2) and the plane 2x-y+sqrt(lambda)z+4=0 is such that sin theta=(1)/(3) then the value of lambda is

If the angle theta between the line (x+1)/(1) = ( y-1)/(2) = (z-2)/(2) and the plane 2x-y+sqrt( lambda ) z + 4 =0 is such that sin theta = (1)/(3) then the value of lambda is

If angle theta between the line (x+1)/(1) = (y-1)/(2) = (z-2)/(2) and the plane 2x - y + sqrt lamda z + 4 =0 is such that sin theta = 1/3, the value of lamda is

If angle theta bertween the line (x+1)/(1)=(y-1)/(2)=(z-2)/(2) and the plane 2x-y+sqrt(lambda)z+4=0 is such that sin theta=1/3, the value of lambda is a.-(3)/(5) b.(5)/(3) c.-(4)/(3)d.(3)/(4)

If the angle theta between the line (x+1)/(1)=(y-1)/(2)=(z-2)/(2) and the plane 2x-y+sqrt(lambda)z+4=0 is such that sin theta=(1)/(3) ,if lambda=(m)/(n) then m+n is (m, n) are relatively prime)

If the angle theta between the line (x+1)/(1) = (y-1)/(2) = (z-2)/(2) and the plane 2x -y + sqrt(p)z + 4=0 is such that sin theta = (1)/(3) , then the value of p is a)0 b)1/3 c)2/3 d)5/3

If the angle theta between the line (x+1)/1=(y-1)/2=(z-2)/2 and the plane 2x-y+sqrt(lamda)z+4=0 is such that sintheta=1/3 then the value of lamda is (A) -4/3 (B) 4/3 (C) -3/5 (D) 5/3