5x - y + 1 = 0
4
a like that is parallel to the line y - 5x = 10 will have the same slope as y - 5x = 10. the slope of a line is determined by the standard form of a linear equation y = mx + b where m is the slope. we need to get our equation to look like the standard form. y - 5x = 10 y = 10 + 5x (adding 5x to both sides) comparing this to our standard form y = mx + b the number in front of the x is our slope. in this particular equation m = 5 the slope of a like parallel to this line will be the same, a slope of 5
-3
5x+4y = -4 4y = -5x -4 y = -5/4x -1 or as y = -1.25x -1 both of which are in slope-intercept form
5x - y + 1 = 0
-3
If you mean y = 5x-13 then in standard form it is 5x-y-13 = 0
5x + y = 5
Standard form is 5x - 2y = -23
4
a like that is parallel to the line y - 5x = 10 will have the same slope as y - 5x = 10. the slope of a line is determined by the standard form of a linear equation y = mx + b where m is the slope. we need to get our equation to look like the standard form. y - 5x = 10 y = 10 + 5x (adding 5x to both sides) comparing this to our standard form y = mx + b the number in front of the x is our slope. in this particular equation m = 5 the slope of a like parallel to this line will be the same, a slope of 5
y = 5x + 1 y - 1 = 5x (y - 1) / 5 = x
Convert the equation to the standard slope intercept form of y = mx + c, where the value of m is the slope. -5x + 3y = 3 3y = 5x + 3 y = 5/3x + 1 Then the slope is 5/3.
-3
5x+4y = -4 4y = -5x -4 y = -5/4x -1 or as y = -1.25x -1 both of which are in slope-intercept form
4