If you mean (4, -1) and (-1, 4)
Slope: (-1-4)/(4--1) = -1
A single point cannot determine the slope of a straight line. It can, therefore, have any slope at all.
Points: (-14, 3) and (2, -5) Slope: -1/2
Points: (7, 3) (14, 6) (21, 9) Slope: 3/7 Equation: 7y=3x
Slope 3 and point of (-1, 4)Equation: y-4 = 3(x--1) => y = 3x+7
Points: (-11, -17) and (-14, -19) Slope: 2/3
Answer this question… What is the slope of the line that contains the points (-1, 2) and (4, 3)?
Points: (14, 5) and (20, 4) Slope: -1/6
A single point cannot determine the slope of a straight line. It can, therefore, have any slope at all.
Points: (1, 14) and (3, 4) Slope: (4-14)/(3-1) = -5
Points: (-14, 3) and (2, -5) Slope: -1/2
Points: (1, 4) and (4, 6) Slope: 2/3
Points: (8, 10) and (-4, 2) Slope: 2/3 Equation: 3y = 2x+14
When given two points use the equation :- m = [y(1) - y(2)] / [ x(1) - x(2)] NB The numbers above are 'markers' , NOT the coordinates of the given points. For the points (1,1) & ( 3,15) Substitute om m = [ 15 -1] /[ 3 - 1 ] => m = [ 14] / [2] => m = 14/2 Cancel down by '2' m = 7 the slope!!!!!
Points: (14, 6) (21, 9) (7, 3) Slope of the line: 3/7 Equation of the line: 7y = 3x and it has no y intercept
If you mean points of (-10, -6) and (-1, 8) then the slope of the line is 14/9 which is in a positive direction
Points: (-2.5, -0.5) and (4.5, -1) Slope: -1/14 Equation: y = -1/14x-19/28 in slope intercept form
Points: (7, 3) (14, 6) (21, 9) Slope: 3/7 Equation: 7y=3x