Home
Class 12
MATHS
[" 40."4x+7y-3=0" and "2x" - y represent...

[" 40."4x+7y-3=0" and "2x" - y represented by "],[" 41.Prove that the family of lines represented by "],[x(1+lambda)+y(2-lambda)+5=0" ,"],[[" A being arbitrary,pass through a fixed point.Also find the fixed point,"]]

Promotional Banner

Similar Questions

Explore conceptually related problems

Prove that the family of lines represented by x(1+lambda)+y(2-lambda)+5=0,lambda being arbitrary, pass through a fixed point. Also find the fixed point.

Prove that the family of lines represented by x(1+lambda)+y(2-lambda)+5=0,lambda being arbitrary, pass through a fixed point. Also find the fixed point.

Prove that the family of lines represented by x(1+lambda)+y(2-lambda)+5=0,lambda being arbitrary, pass through a fixed point. Also find the fixed point.

Prove that the family of lines represented by x(1+gamma)+y(2-gamma)+5=0 gamma being arbitrary, passes through a fixed point. Also find the fixed point.

Prove that the equation represent a family of lines which pass through a fixed point. Also find the fixed point : (ii) gammax+y=4

Prove that the equation represent a family of lines which pass through a fixed point. Also find the fixed point : (ii) gammax+y=4

Circle x^(2)+y^(2)-2x-lambda x-1=0 passes through to fixed points,coordinates of the points are

Prove that the line x(a+2b) + y (a-3b)=a-b passes through a fixed point for different values of a and b . Also find the fixed point.

Prove that the line x(a+2b) + y (a-3b)=a-b passes through a fixed point for different values of a and b . Also find the fixed point.

Prove that the equation represent a family of lines which pass through a fixed point. Also find the fixed point : (i) (gamma-1) x+gammay=1-3gamma