There is not a single line, but infinitely many lines, that pass through the point (-5, 0). One thing you can do is choose some random slope, then use the equation for an equation that goes through a point and has a specified slope.
8
If it a straight line with no y intercept, it must be parallel to the y-axis. So the equation is x = 3
The equation is y = 5x - 15 or y = 5*(x - 3)
In algebra the equation of the line can be represented by y = m x+ c. Here , in the above equation y= 5 x -15. The intercept here is -15 .
The equation y=x-5, has a slope of "one". An equation in the form of y=mx+b has a slope of "m" and the y-intercept of "b".
The equation of the line is: y = -x-5
-8
The straight line equation is: y = -x-5
If the x intercept is a and the y intercept is b, then the equation of the line is bx + ay = ab
Assuming that you meant "x - 4y = 20", the x-intercept is x=20, and the y-intercept is y=-5.
-3
The given equation is : x + 5 + y = 0 Write in standard form of equation of straight line : y = mx + c . Where m is slope and c is y-intercept. We get: y = -x - 5 Which gives slope = -1 y-intercept = -5 To get x-intercept put y = 0 in the equation. We get x-intercept = -5
There is no y-intercept or slope for this given equation, because its graph is a vertical line perpendicular to the x-axis.
8
No because a line can be a vertical line so say you have the equation x=5. Then a vertical line would pass through the x intercept 5 and be vertical thus not having a y intercept. All horizontal lines have a y intercept
Call the intercept with the y-axis b. The equation for the line is then y=5x+b With the information about the x-intercept we get: 0=5*7+b b=-35
If it a straight line with no y intercept, it must be parallel to the y-axis. So the equation is x = 3