The lines `6x=3y=2z and (x-1)/(-2)=(y-2)/(-4)=(z-3)/(-6)` re (A) parallel (B) skew (C) intersecting (D) coincident

The lines 6x=3y=2z and (x-1)/(-2)=(y-2)/(-4)=(z-3)/(-6) are (A) parallel (B) skew (C) intersecting (D) coincident

The lines x/1=y/2=z/3 and (x-1)/(-2)=(y-2)/(-4)=(z-3)/(-6) are

The lines (x-1)/2=(y-2)/3=(z-3)/4 and (x-1)/3=(y-2)/4=(z-3)/5 are (A) parallel to x-axis (B) skew (C) intersecting (D) none of these

The lines x/1=y/2=z/3a n d(x-1)/(-2)=(y-2)/(-4)=(z-3)/(-6) are a. coincident b. skew c. intersecting d. parallel

The lines (x-x_1)/(a) = (y-y_1)/(b) = (z-z_1)/( c ) and (x-x_1)/(a') = (y-y_1)/(b') = (z-z_1)/( c') are (i) parallel (ii) intersecting (iii) skew (iv) coincident

The line (x-2)/1=(y+4)/(2)=(z-3)/3 and x/2=(y-1)/(4)=(z+3)/(6) are

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

Two lines (x-1)/(2)=(y-2)/(3)=(z-3)/(4) and (x-4)/(5)=(y-1)/(2)=(z)/(1) intersect at a point P. If the distance of P from the plane 2x-3y+6z=7 is lambda units, then the value of 49lambda is equal to

The image of the line (x-2)/(2)=(y-3)/(-3)=(z-4)/(1) in the plane x+y+z=6 can be

Show that the lines x/1=(y-2)/2=(z+3)/3a n d(x-2)/2=(y-6)/3=(z-3)/4 intersect and find their point of intersection