A horizontal line has a slope of zero. Also, a curve on its lowest and highest points (local maxima or local minima) normally has a slope of zero at such a point.
The y-intercept is 0 and the slope is 1.
If a line has a slope of 0 and y does not equal 0, then yes.
a straight line with a slope of 1 with an intersection at point (0, 0)
One, as that 90 degrees equal a slope of 0.
If the original slope is 0, then the opposite reciprocal of 0 is still 0. Oops! Reciprocal of 0 (n/0) is undefined! A vertical line has undefined slope, the horizontal line has slope of 0.
A horizontal line has a slope of 0. If you're using the slope formula, then when the numerator is equal to 0 then the slope is 0.
The y-intercept is 0 and the slope is 1.
If a line has a slope of 0 and y does not equal 0, then yes.
Assuming that you mean that those are the (x,y) points, then solve this by using the formula for calculating slope. Chance in y / chance in x = slope so, (-5 - 0) / 0 - 0 Already you can see the problem. The denominator will equal 0, which means that it does not exist. The slope of that line does not exist, nor does the slope for any vertical line. On a completely separate note though, the slope of a horizontal line is 0.
a straight line with a slope of 1 with an intersection at point (0, 0)
One, as that 90 degrees equal a slope of 0.
Any vertical line is parallel to the y-axis in a co-ordinate plane.Therefore the angle of inclination is equal to 90 degrees.According to the formula , slope of a line = tanΘΘ = 90.Therefore slope = tan 90= sq.rt of {0/(4-4)}= sq.rt of 0/0= 0/0= undefined.
the rate of change is equal to the slope. the slope is found in the equation Y=mx+b, where m=slope and b=y-intercept (i.e. the value of y when x=0)
If the original slope is 0, then the opposite reciprocal of 0 is still 0. Oops! Reciprocal of 0 (n/0) is undefined! A vertical line has undefined slope, the horizontal line has slope of 0.
if you define y = constant then the slope of any constant is 0 so if you define the line y = 0 the slope of 0 is 0.
The slope of a line is defined by rise over run (or change in x/change in y). If the line y value of the line stays the same, while the x value changes, its slope is 0/x where x doesn't equal 0, and zero divided by any number is 0.
It is: y = 5x+9