3
(p. 757) Now suppose that the center is not at the origin, but at the _____ (h, k).
5
(p. 752) In this case, the tangent segment, or segment of a tangent with one endpoint on the circle, is ____ the exterior and whole segment.
6
(p. 759) In addition to taking square roots, other techniques that you may need to apply in order to solve equations of the form ax² + bx + c 0 include completing the square, factoring, and the _________ Formula, x = [-b ± √(b² - 4ac)]/2a.
9
(p. 756) Like a circle and all conics, a parabola can also be defined as a(n) _____ of points.
10
(p. 750) When two chords intersect inside a circle, each chord is divided into two _________, called chord ________.
13
(p. 752) A segment that lies in the exterior of the circle is called a(n) ________ secant segment.
14
(p. 764) A circular cross-section is formed by the intersection of a(n) ____ with a plane that is perpendicular to the axis of the ____.
15
(p. 757) Using the ___________ Theorem, x² + y² = r².
18
(p. 757) You can use the Distance Formula to develop a(n) ________ for the circle.
19
(p. 762) A(n) ________ locus satisfies more than one distinct set of conditions.
21
(p. 764) A circle is one type of _____-section of a right circular cone.
22
(p. 757) The standard form of the equation of a circle is also called the center-______ form.
23
(p. 751) The lower the Sun is to the _______, the more of a rainbow you can see.
24
(p. 752) If a tangent and a secant intersect in the exterior of a circle, then the ______ of the measure of the tangent is equal to the product of the measures of the secant and its external secant segment.