If the lines (2x-1)/(2) = (3-y)/(1) = (z...

If the lines `(2x-1)/(2) = (3-y)/(1) = (z-1)/(3) and (x+3) /(2) = (z+1)/(p) = (y+2)/(5)` are perpendicular to each other, then `p` is equal to a)`1` b)`-1` c)`10` d)`- (7)/(5)`

A

`1`

B

`-1`

C

`10`

D

`- (7)/(5)`

Verified by Experts

The correct Answer is:

A

Similar Questions

Explore conceptually related problems

If the two lines (x-1)/(2) = (1-y)/(-a) = (z)/(4) and (x-3)/(1) = (2y-3)/(4) = (z-2)/(2) are perpendicular, then the value of a is equal to

If the lines (x-1)/-3 = (y-2)/(2k) = (z-3)/2 and (x-1)/(3k) = (y-1)/1 = (z-6)/-5 are perpendicular, then find the value of k.

If the lines (x + 3)/(-3) = (y -1)/(k) = (z - 5)/(5) and (x +1)/(-1) = (y -2)/(2) = (z -5)/(5) are coplanar, then the value of k is

If the straight lines (x - 2)/(1) = (y - 3)/(1) = (z - 4)/(0) and (x-1)/(k) = (y - 4)/(2) = (z - 5)/(1) are coplanar, then the value of k is

Show that the lines (x+3)/(-3)=(y-1)/(1)=(z-5)/5 and (x+1)/(-1) =(y- 2)/2=(z-5)/5 are coplanar.