Find the lines whose combined equation is `6x^2+5x y-4y^2+7x+13 y-3=0` using the concept of parallel lines through the origin.

Find the lines whose combined equation is 6x^(2)+5xy-4y^(2)+7x+13y-3=0 using the concept of parallel lines through the origin.

Find the lines whose combined equation is 6x^(2)+5xy-4y^(2)+7x+13y-3=0

Find the lines whose combined equation is 6x^(2)+5xy-4y^(2)+7x+13y-3=0

If theta is the angle between the lines given by the equation 6x^2+5x y-4y^2+7x+13 y-3=0 , then find the equation of the line passing through the point of intersection of these lines and making an angle theta with the positive x-axis.

If theta is the angle between the lines given by the equation 6x^2+5x y-4y^2+7x+13 y-3=0 , then find the equation of the line passing through the point of intersection of these lines and making an angle theta with the positive x-axis.

If theta is the angle between the lines given by the equation 6x^2+5x y-4y^2+7x+13 y-3=0 , then find the equation of the line passing through the point of intersection of these lines and making an angle theta with the positive x-axis.

If theta is the angle between the lines given by the equation 6x^2+5x y-4y^2+7x+13 y-3=0 , then find the equation of the line passing through the point of intersection of these lines and making an angle theta with the positive x-axis.

If theta is the angle between the lines given by the equation 6x^(2)+5xy-4y^(2)+7x+13y-3=0, then find the equation of the line passing through the point of intersection of these lines and making an angle theta with the positive x -axis.

Find the equation of component lines whose combined equation is 6x^(2)+5xy-4y^(2)+7x+13y-3=0 without solving for xor y.

Find the equation of component lines whose combined equation is 6x^(2)+5xy-4y^(2)+7x+13y-3=0 without solving for xor y.