The value of k such that (x-4)/1=(y-2)/1...

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

A

7

B

6

C

all value of k

D

`-7`

Verified by Experts

The correct Answer is:

A

Similar Questions

Explore conceptually related problems

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 the line (x-4)/(1)=(y-2)/(1)=(z-k)/(2) lies in the plane 2x-4y+pz=7 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

The line (x-4)/(1) =(2y-4)/(2)=(k-z)/(-2) lies exaclty in the plane 2x-4y+z=7 find the value of k

If the line (x-4)/(1)=(y-2)/(1)=(z-m)/(2) lies in the plane 2x+ly+z=7 , then the value of m+2l is equal to

The line (x-4)/1=(y-2)/1=(z-k)/2 lies exactly on the plane 2x-4y+z=7 then the value of k is (A) 7 (B) -7 (C) 1 (D) none of these

Image of line (x - 2)/3 = (y - 1)/1 = (z - 1)/(-4) in the plane x + y + z = 7 is

If the line (x-4)/(1)=(y-2)/(1)=(z-q)/(p) lies completely in the plane 2x-4y+z=7 , then the ordered pair (p, q) is