Find the value of `lambda` so that the following lines are perpendicular to each other. `(x-5)/(5lambda+2)=(2-y)/5=(1-z)/(-1), x/1=(2y+1)/(4lambda)=(1-z)/(-3)`

Find the value of lambda so that the following lines are perpendicular to each other.(x-5)/(5 lambda+2)=(2-y)/(5)=(1-z)/(-1),(x)/(1)=(2y+1)/(4 lambda)=(1-z)/(-3)

Find the values of lambda if the following of lines perpendicular : (1-x)/(3) = (7y-14)/(3lambda)=(z+1)/(2) and (7-7x)/(3lambda) = y/1 = (1-z)/(5)

Find the values of lambda if the following of lines perpendicular : (1-x)/(3) = (7y-14)/(3lambda)=(z+1)/(2) and (7-7x)/(3lambda) = y/1 = (1-z)/(5)

Find the value of lambda such that the line (x-2)/6=(y-1)/lambda=(z+5)/4 is perpendicular to the planes 3x-y+2z=7 .

Find the value of lambda such that the lines (x-2)/6=(y-1)/lambda=(z+5)/(-4) is perpendicular to the plane 3x-y-2z=7.

Find the value of lambda such that the lines (x-2)/6=(y-1)/lambda=(z+5)/(-4) is perpendicular to the plane 3x-y-2z=7.

Find the value of lambda such that the line (x-2)/(6)=(y-1)/( lambda)=(z+5)/(-4) is prependicular to the plane 3x-y-2z=7

Find the values of a so that the following lines (x-1)/(2)=(y-2)/(3)=(z-a)/(4) and (x-4)/(5)=(y-1)/(2)=z

Find the value of lambda , such that the line (x-2)/(6)=(y-1)/(lambda) = (z+5)/(-4) is perpendicular to the plane 3x - y - 2z = 7 .

Find the value of lambda such that line (x-2)/(6) = (y-1)/(lambda) = (z+5)/(-4) is perpendicular to the plane 3x-y-2z=7 .