Cir_Angle_Theorems Word Scramble
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Term | Definition |
A tangent and a radius (tangent) | will be perpendicular at the point of tangency |
Tangent segments from a common external point (tangent) | are congruent |
central angle | angle with a vertex at the center |
semicircle | arc whose endpoints are a diameter |
arc | unbroken part of the circle |
minor arc | if angle ACB < 180. Will be named AB |
major arc | if angle ACB > 180. Will be named ABC |
2 minor arcs are congruent (chords) | if their chords are congruent |
One chord is a perpendicular bisector of another (chords) | the first chord is a diameter |
diameter | chord that passes through the center of the circle |
chord | segment that has endpoints on the edge of a circle |
2 chords are congruent (chords) | if they are equal distance from the center |
inscribed angle | an angle whose vertex is on a circle and whose sides contain chords |
measure of an inscribed angle (inscribed angles) | 1/2 the measure of the intercepted arc |
2 inscribed angles intercept the same arc (inscribed angles) | the angles are congruent |
an inscribed angle is a right angle (inscribed angles) | hypotenuse is the diameter of the circle |
an inscribed quadrilateral (inscribed angles) | opposite angles are supplementary |
tangent and chord intersect at a point | the measure of each angle is half of its intercepted arc |
2 chords intersect inside a circle (angles) | measure of each angle is half the sum (+) of the arcs intercepted by the angle and its vertical angle |
tangent and a secant, 2 tangents, or 2 secants intersect outside a circle | the measure the the angle formed is half the difference (-) of the measures of the intercepted arcs. |
2 chords intersect inside a circle (length) | product (x) of the lengths of the segments of one chord equals the product of the lengths of the other |
2 secant segments share the same endpoint outside the circle (length) | the product (x) of the lengths of one entire secant and its external segment equals the product of the length of the other secant and its outside segment |
a secant segment and a tangent segment share an outside endpoint (length) | product (x) of the lengths of the entire secant and its outside segment equals the length of the tangent segment squared |
circumference (length) | distance around a circle (pi * 2r) or (pi * d) |
circumference (degrees) | 360- The ratio of the arc to the circumference equals the ratio of the angle to 360 |
Created by:
jaredlovering
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