parallel to y=4x-3 so they have the same gradient of 4 y intercept is positive 1 so y=4x+1
y=1over 3x + 3
As for example: y = 3x+6 and y = 3x+9 are parallel to each other because they have the same slope or gradient but different y intercepts
To write an equation of parallel lines in slope-intercept form (y = mx + b), first identify the slope (m) of the line you want to be parallel to, as parallel lines have the same slope. Then, choose a y-intercept (b) for the new line—this can be any value. Substitute the slope and the chosen y-intercept into the slope-intercept form to get the equation of the parallel line. For example, if the original line is y = 2x + 3, a parallel line could be y = 2x + 1.
-9p - 15 = 93
4x+8y=-24
5x-4y=8
You can write it either in standard form (ax + by = c) or in slope-intercept form (y = mx + b)
y=1over 3x + 3
Given point: (6, 7) Equation: 3x+y = 8 Parallel equation: 3x+y = 25
Since the two lines are parallel, then they have the same slope, 3. Thus, the equation of the line with y-intercept -4, and parallel to y = 3x - 3 is y = 3x - 4.
-9.5
The line 'Y = - 3' has a slope of zero. Any line parallel to it also has a slope of zero. The line parallel to it with a Y-intercept of 7 is: Y = 7
As for example: y = 3x+6 and y = 3x+9 are parallel to each other because they have the same slope or gradient but different y intercepts
That IS the equation. You may want to write with the equal sign: 6p = 24
If the slope of the given equation is 1/5 then the slope of the parallel equation will be the same which works out as: y-8 = 1/5(x-3) => y = 1/5x+7.4
y+7=-4 the answer to the problem is y=-11
-- take two quantities that are equal to each other -- write them both on the same line, with an "equals" sign between them ( = ) You now have an equation.