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The theorem that gives the measure of the angle formed by two lines that intersect outside a circle has three cases depending on how the lines meet the circle, as shown to the right. How would you describe each case precisely in words? Case I Case 2 Case 3 Which wording best describes Case 2? O A. Case 2 is when two secants intersect outside a circle. O B. Case 2 is when the extension of a chord meets a horizontal line outside a circle. O c. Case 2 is when one ray of an angle is horizontal and the other ray meets a circle in two points. O D. Case 2 is when two tangents intersect outside a circle. O E. Case 2 is when a circle meets two lines in three points. O F. Case 2 is when a secant and a tangent intersect outside a circle. Which wording best describes Case 3? O A. Case 3 is when a secant and a tangent intersect outside a circle. O B. Case 3 is when two tangents intersect outside a circle. C. Case 3 is when two secants intersect outside a circle. O D. Case 3 is when a circle lies entirely inside the angle. O E. Case 3 is when two tangents meet at an acute angle. O F. Case 3 is when two chords intersect inside a circle.

The theorem that gives the measure of the angle formed by two lines that intersect outside a circle has three cases depending on how the lines meet the circle, as shown to the right. How would you describe each case precisely in words? Case I Case 2 Case 3 Which wording best describes Case 2? O A. Case 2 is when two secants intersect outside a circle. O B. Case 2 is when the extension of a chord meets a horizontal line outside a circle. O c. Case 2 is when one ray of an angle is horizontal and the other ray meets a circle in two points. O D. Case 2 is when two tangents intersect outside a circle. O E. Case 2 is when a circle meets two lines in three points. O F. Case 2 is when a secant and a tangent intersect outside a circle. Which wording best describes Case 3? O A. Case 3 is when a secant and a tangent intersect outside a circle. O B. Case 3 is when two tangents intersect outside a circle. C. Case 3 is when two secants intersect outside a circle. O D. Case 3 is when a circle lies entirely inside the angle. O E. Case 3 is when two tangents meet at an acute angle. O F. Case 3 is when two chords intersect inside a circle.

Elementary Geometry For College Students, 7e
Elementary Geometry For College Students, 7e
7th Edition
ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
ChapterP: Preliminary Concepts
SectionP.CT: Test
Problem 1CT
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The theorem that gives the measure of the angle formed by two lines that intersect outside a circle has three cases depending on how the lines meet the circle, as shown to the right. How would you describe each case precisely in words? Case 1 Case 2 Case 3 Which wording best describes Case 2? O A. Case 2 is when two secants intersect outside a circle. O B. Case 2 is when the extension of a chord meets a horizontal line outside a circle. O C. Case 2 is when one ray of an angle is horizontal and the other ray meets a circle in two points. O D. Case 2 is when two tangents intersect outside a circle. O E. Case 2 is when a circle meets two lines in three points. O F. Case 2 is when a secant and a tangent intersect outside a circle. Which wording best describes Case 3? O A. Case 3 is when a secant and a tangent intersect outside a circle. O B. Case 3 is when two tangents intersect outside a circle. O C. Case 3 is when two secants intersect outside a circle, O D. Case 3 is when a circle lies entirely inside the angle. O E. Case 3 is when two tangents meet at an acute angle. O F. Case 3 is when two chords intersect inside a circle. Click to select your answer. Review progress Question 17 of 18 Go + Back Next >
Transcribed Image Text:The theorem that gives the measure of the angle formed by two lines that intersect outside a circle has three cases depending on how the lines meet the circle, as shown to the right. How would you describe each case precisely in words? Case 1 Case 2 Case 3 Which wording best describes Case 2? O A. Case 2 is when two secants intersect outside a circle. O B. Case 2 is when the extension of a chord meets a horizontal line outside a circle. O C. Case 2 is when one ray of an angle is horizontal and the other ray meets a circle in two points. O D. Case 2 is when two tangents intersect outside a circle. O E. Case 2 is when a circle meets two lines in three points. O F. Case 2 is when a secant and a tangent intersect outside a circle. Which wording best describes Case 3? O A. Case 3 is when a secant and a tangent intersect outside a circle. O B. Case 3 is when two tangents intersect outside a circle. O C. Case 3 is when two secants intersect outside a circle, O D. Case 3 is when a circle lies entirely inside the angle. O E. Case 3 is when two tangents meet at an acute angle. O F. Case 3 is when two chords intersect inside a circle. Click to select your answer. Review progress Question 17 of 18 Go + Back Next >
The theorem that gives the measure of the angle formed by two lines that intersect outside a circle has three cases depending on how the lines meet the circle, as shown to the right. How would you describe each case precisely in words? Ø Case 3 Case 1 Case 2 Which wording best describes Case 1? O A. Case 1 is when two secants intersect outside a circle. O B. Case 1 is when the rays of an angle intersect outside a circle. O C. Case 1 is when two tangents intersect outside a circle. O D. Case 1 is when a secant and a tangent intersect outside a circle. O E. Case 1 is when a circle meets two lines in four points. O F. Case 1 is when two chords intersect outside a circle. Which wording best describes Case 2? O A. Case 2 is when two secants intersect outside a circle. O B. Case 2 is when the extension of a chord meets a horizontal line outside a circle. O C. Case 2 is when one ray of an angle is horizontal and the other ray meets a circle in two points. O D. Case 2 is when two tangents intersect outside a circle. O E. Case 2 is when a circle meets two lines in three points. O F. Case 2 is when a secant and a tangent intersect outside a circle.
Transcribed Image Text:The theorem that gives the measure of the angle formed by two lines that intersect outside a circle has three cases depending on how the lines meet the circle, as shown to the right. How would you describe each case precisely in words? Ø Case 3 Case 1 Case 2 Which wording best describes Case 1? O A. Case 1 is when two secants intersect outside a circle. O B. Case 1 is when the rays of an angle intersect outside a circle. O C. Case 1 is when two tangents intersect outside a circle. O D. Case 1 is when a secant and a tangent intersect outside a circle. O E. Case 1 is when a circle meets two lines in four points. O F. Case 1 is when two chords intersect outside a circle. Which wording best describes Case 2? O A. Case 2 is when two secants intersect outside a circle. O B. Case 2 is when the extension of a chord meets a horizontal line outside a circle. O C. Case 2 is when one ray of an angle is horizontal and the other ray meets a circle in two points. O D. Case 2 is when two tangents intersect outside a circle. O E. Case 2 is when a circle meets two lines in three points. O F. Case 2 is when a secant and a tangent intersect outside a circle.
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