Home
Class 11
MATHS
The lines (x-3)/(2) = (y-2)/(3) = (z-1)/...

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

A

2

B

`-2`

C

3

D

4

Text Solution

Verified by Experts

The correct Answer is:
D
Promotional Banner

Similar Questions

Explore conceptually related problems

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

The lines (x-1)/(a) = (y-2)/(3) = (z-3)/(4) , (x-2)/(3) = (y-3)/(4) = (z-4)/(5) are coplanar. Then a=

If the lines (x-2)/(1) = (y-3)/(1) = (z-4)/(lamda ) and (x-1)/(lamda ) = (y-4)/(2) = ( z -5)/(1) intersect, then

The lines (x-2)/(1)=(y-3)/(2)=(z-4)/(0) is

The lines (x-3)/(1)=(y-2)/(2)=(z-3)/(-l) and (x-1)/(l)=(y-2)/(2)=(z-1)/(4) are coplanar if value of l is

If the straight lines (x-1)/(k)=(y-2)/(2)=(z-3)/(3) and (x-2)/(3)=(y-3)/(K)=(z-1)/(2) intersect at a point then the interger k is equal to

The number of distinct real values of lamda for which the lines (x-1)/(1) = (y-2)/(2) = (z +3)/( lamda ^(2)) and (x-3)/(1) = (y-2)/(lamda ^(2)) = (z-1)/(2) are coplanar is

The value of k if the lines (x+1)/(-3) = (y+2)/(2k ) = (z-3)/(2) and (x-1)/(3k) = (y+5)/(1) = (z+6)/(7) my be perpendicular