" The value of "K" such that the line "(x-4)/(1)=(y-2)/(1)=(z-k)/(2)" lies on the plane "2x-4y+z=7" is "

The value of K such that the line (x-4)/(1)=(y-2)/(1)=(z-k)/(2) lies in the plane 2x-4y+pz=7 is

Write the value of k such that the line (x-4)/1=(y-2)/1=(z-k)/2 lies on the plane 2x-4y+z=7

Value of k such that the line (x-4)/1 = (y-2)/1 =(z-k)/2 lies in the plane 2x-4y+z=7 is

The value of k such that (x-4)/(1)=(y-2)/(1)=(z-k)/(2) lies in the plane 2x-4y+z+7=0 is

The value of k such that (x-4)/(1)=(y-2)/(1)=(z-k)/(2) lies in the plane 2x-4y+z=7 is (A) 7(B)-7(C) no real value (D) 4

If the line (x-4)/(1)=(y-2)/(1)=(z-k)/(2) lies exactly on the plane 2x-4y+z=7 , the value of k is

If the line (x-4)/(1)=(y-2)/(1)=(z-k)/(2) lies exactly on the plane 2x-4y+z=7 , the value of k is