the measure of a minor arc equals the measure of the central angle that intercepts it.
There are no intercepts because the curve, xy = 4 is asymptotic. When x = 0 (where the y intercept would be) y is infinite, and conversely, when y = 0 x is infinite.
Just one. It's at the origin. (0, 0)
We are told: 16y2 = 120x - 225 The y-intercepts will happen where x equals zero, so we can say: 16y2 = 120(0) - 225 16y2 = -225 y2 = -225 / 16 y = √(-225 / 16) y = ±15i/4
21
y = -xBoth intercepts are at the origin. From there, the line slopes up to the leftand down to the right.
Slope: -1 intercepts: (0,1000),(1000,0)
X intercept: -5 Y intercept: +3
It is 6000.
Put in function form. 8X - 7Y = 168 - 7Y = - 8X + 168 Y = 8/7X - 24 0 out Y 8/7X - 24 = 0 8/7X = 24 X = 21 ---------- 0 out X Y = - 24 ----------- (21,-24) X and Y intercepts.
12
-18
One. It is a double root.
Because when your solving a quadratic equation your looking for x-intercepts which is where why equals 0 and x equals what ever the answer is.
The 'x' and 'y' intercepts of that equation are both at the origin.
(6, 0) and (0, 8)
5x²=0 X=0 the function y=5x² only intercepts x when x = 0