Which best describes the diameter of a circle?
<em>Statements</em>
<u><em>A. The distance from the center to any point of the circle</em></u>
This statement describes the radius of the circle
<u><em>B. The length of a chord that contains the center of the circle</em></u>
This statement describes the diameter of the circle
<u><em>C. The distance around the circle</em></u>
This statement describes the circumference of the circle
<u><em>D. The length of a chord that does not contain the center of the circle</em></u>
This statement describes a line segment linking any two points on a circle that does not contain the center of the circle
therefore
<u>the answer is the option</u>
B. The length of a chord that contains the center of the circle
|-6 + 2|
|-4|
4
Hope this helps!
Answer:
Step-by-step explanation:
Choice A is the only one that is applicable.
Answer:
4x + 36
Step-by-step explanation:
combine like terms
3x + x = 4x
2 + 34 = 36
4x + 36 Is the full answer
<span>f(x) = -x - 2
</span><span>g(x) = x^2
</span><span>(g°f)(-6) = ?
First, we find f(-6)
</span>f(x) = -x - 2
f(-6) = -(-6) - 2
f(-6) = 6 - 2
f(-6) = 4
Since f(-6) = 4,
(g°f)(-6) = g(4)
g(x) = x^2
g(4) = 4^2
g(4) = 16
Therefore, (g°f)(-6) = 16
