STEPS:
Place compass point on the vertex of the angle (point B).
Stretch the compass to any length that will stay ON the angle.
Swing an arc so the pencil crosses both sides (rays) of the given angle. ...
Place the compass point on one of these new intersection points on the sides of the angle.
<h2><u>ANSWER </u>⇒ 80</h2><h2 /><h2><u>EXPLANATION </u>⇒ To solve this we can use <u>PEMDAS,</u> first subtract in the parentheses, than add, then finally you can subtract...</h2><h2><u>YOUR ANSWER SHOULD BE 80</u></h2>
<h3>I think this is right, but sorry if I am wrong.</h3><h2>

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The volume of a cone:

r - the radius
h - the height

The answer is B. 120π in³.
Here's the formula:
(y2-y1)/(x2-x1)
so then:
(p-3)/(21-9)
so:
p-3/(12)
so then p = 7
What are the coordinates of the points of tangency? Yes, it's *that* trivial.
<span>Apply the Pythagorean theorem to get the distance of r √2.</span>