Find the slope of `overset(" " hArr)(AB) ` with the points lying on `(AS_(1))`
A( - 4 , 2) , B ( - 4 , - 2) `

Find the slope of overset(" " hArr)(AB) with the points lying on (AS_(1)) A ( - 2 , 8) , B ( - 2 , - 2)

Find the slope of overset (" " hArr)(AB) with the points lying on (AS_(1)) A ( 2 , 1) , B ( 2 , 6)

Find the slope overset(" "hArr)(AB) with the points lying on A ( 3 , 2) , (B ( - 8 , 2) . When the line overset(" "hArr)(AB) parallel to X - axis ? Why ? Think and discuss with your friends in groups . (AS_(2),AS_(3))

Find the slope of overset(" "hArr)(AB) with the given end points A (8 , - 4) , B ( - 4 , 8)

Find the slope of overset(" "hArr)(AB) with the given end points A ( 4 , - 6) , B ( 7 , 2)

Find the slope of overset(" "hArr)(AB) with the given end points A ( - 2 , - 5) , B ( 1 , - 7)

Find the slope of the line joining the two given points (AS_(1)) A( - 1.4 , - 3 . 7) , B ( - 2 . 4 , 1 . 3) .

Find the value of 'b' for which the points are collinear . (AS_(1)) A ( 1 , 2) , B ( - 1 , b) and C ( - 3 , -4)

Find the value of 'K' for which the points are collinear . (AS_(1)) ( 8 , 1) , (K , -4), ( 2 , - 5)

Find the slope of vec(AB) with the given end points. A(-2, -5), B(1, -7)