well that depends is it (-11,-10) and (-1,-4) or is it (-1,-11) (-4,-10) either way I'll solve the slope for both. so the first way with (-11,-10) (-1,-4) is to subtract the two y's over the two x's so -10--4/-11--1 which equals -10+4/-11+1 which equals -6/-10 and when you reduce you get 3/5 then the second ex. would be -4--11/-1--10 = -4+11/-1+10 = 6/9 reduce to 2/3.
Points: (1, 14) and (3, 4) Slope: (4-14)/(3-1) = -5
7x-2y = 14 -2y = -7x+14 y = 3.5x-7
There is not enough information to answer this question. As currently written, a geometric point with only one variable is operating only on the x-axis (one dimensional). Asking the slope between two points that only exist on the x-axis is automatically zero. Slope is normally calculated using points on a two-dimesional grid with each point being represented by (x,y). To calculate the slope in this case you take the change in y divided by the change in x. Example: Find the slope of the line through the points (-13,4) and (17,14). Slope = Change in Y/Change in X = (-13-17)/(4-14) = -30/-10 = 3
21
Known equation: 3x+5y = 6 or y = -3/5x +6/5 Slope of equation: -3/5 Slope of parallel equation: -3/5 Parallel equation: y-1 = -3/5(x-3) => 5y = -3x+14 Parallel equation in its general form: 3x+5y-14 = 0
-14
It is: y = -10x+14
If that is 8x + 14 then the slope is 8. Or, written as a slope 8/1
14
A single point cannot determine the slope of a straight line. It can, therefore, have any slope at all.
It is: y = -10x+14
Points: (14, 5) and (20, 4) Slope: -1/6
Points: (-14, 3) and (2, -5) Slope: -1/2
1110
If you mean point of (1, 4) and slope of -10 then y = -10x+14
If you mean slope of -10 and point of (1, 4) then the equation is y = -10x+14
Answer this question… What is the slope of the line that contains the points (-1, 2) and (4, 3)?