A line with gradient 2 intersects a line with gradient 6 at the point `(40, 30)`. The distance between x-intercepts of these lines, is

A line with gradient 2 intersects a line with gradient 6 at the point (40, 30). The distance between y - intercepts of these lines is

A line with gradient 2 intersects a line with gradient 6 at the point (40, 30). The distance between y - intercepts of these lines is

A straight line with slope 3 intersects a straight line with slope 6 at the point (30,40). Then the difference between the y-intercepts of the straight lines is

If a straight line with slope 3 intersects a straight line with slope 6 at the point (30, 40) . Then, the difference between the y- intercepts of the straight lines is a)60 b)70 c)80 d)90

The lines y=mx+b and y=bx+m intersect at the point (m-b,9) .The sum of the x intercepts of the lines is

A line through the point A(2,4) intersects the line x+y=9 at the point. The minimum distance of AP , is

A line through the point A(2,4) intersects the line x+y=9 at the point. The minimum distance of AP , is

What is the gradient of the line x/a+y/b=1 ?

What is the distance between the x-intercept and the y-intercept of the line y=(2)/(3)x-6 ?

2x-3y+5=0 in this given straight line find the gradient and y intercept.