Find the distance between the lines `y=xm+c and y=mx+d`.

The distance between the lines y=mx+c_1 and y=mx+c_2 is

The distance between the lines y=mx+c_1 and y=mx+c_2 is

Find the distance between the parallel lines y=mx+c and y=mx+d.

The distance between the lines y=mx + c_(1) and y= mx+ c_(2) is

Consider the following statements : 1. The distance between the lines y=mx+c_(1) and y=mx+c_(2) is (|c_(1)-c_(2)|)/sqrt(1-m^(2)) . 2. The distance between the lines ax+by+c_(1) and ax+by+c_(2)=0 is (|c_(1)-c_(2)|)/sqrt(a^(2)+b^(2)) . 3. The distance between the lines x=c and x=c_(2) is |c_(1)-c_(2)| . Which of the above statements are correct ?

Consider the following statements : 1. The distance between the lines y=mx+c_(1) and y=mx+c_(2) is (|c_(1)-c_(2)|)/sqrt(1-m^(2)) . 2. The distance between the lines ax+by+c_(1) and ax+by+c_(2)=0 is (|c_(1)-c_(2)|)/sqrt(a^(2)+b^(2)) . 3. The distance between the lines x=c_(1) and x=c_(2) is |c_(1)-c_(2)| . Which of the above statements are correct ?

The distance between the lines y=mx+c_(1) and y=mx+c_(2) is

The distance between the lines y=mx+c_(1) and y=mx+c_(2) is

Find the distance between the straight lines y = mx + c and y = mx + d where c > d > 0.

Find the perpendicular distance between the lines y=mx+c, y=mx+d