Complete the proof of the Converse of the Tangent-Radlus Theorem. Glven: Line m Is In the plane of circle C, P Is a polnt of circle C, and CP Im Prove: m Is tangent to circle C at P. Let Q be any point on m other than P. Then ACPQ is a right triangle with hypotenuse Therefore, CQ ? v CP since the hypotenuse is the ? v side of a right triangle. Since CP is a radius, point Q must be in the ? v of circle C. So, P is the only point of line m on circle C. Since line m intersects circle C at exactly one point, line m is tangent to the circle at P.
Complete the proof of the Converse of the Tangent-Radlus Theorem. Glven: Line m Is In the plane of circle C, P Is a polnt of circle C, and CP Im Prove: m Is tangent to circle C at P. Let Q be any point on m other than P. Then ACPQ is a right triangle with hypotenuse Therefore, CQ ? v CP since the hypotenuse is the ? v side of a right triangle. Since CP is a radius, point Q must be in the ? v of circle C. So, P is the only point of line m on circle C. Since line m intersects circle C at exactly one point, line m is tangent to the circle at P.
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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Question
![Complete the proof of the Converse of the Tangent-Radlus Theorem.
Glven: Line m Is In the plane of circle C, P Is a polnt of clrcle C, and CP 1m
Prove: m Is tangent to circle C at P.
Let Q be any point on m other than P. Then ACPQ is a right triangle with hypotenuse
v CP since the hypotenuse is the ?
Therefore, CQ
v side of a right triangle.
Since CP is a radius, point Q must be in the ?
v of circle C.
So, P is the only point of line m on circle C. Since line m intersects circle C at exactly one point, line m is
tangent to the circle at P.
Type here to search](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F47cddeeb-f9e9-418b-9eed-c12d324ad35f%2F9a34b93b-1053-4844-acbd-f30bc5853eea%2F87wzmqs_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Complete the proof of the Converse of the Tangent-Radlus Theorem.
Glven: Line m Is In the plane of circle C, P Is a polnt of clrcle C, and CP 1m
Prove: m Is tangent to circle C at P.
Let Q be any point on m other than P. Then ACPQ is a right triangle with hypotenuse
v CP since the hypotenuse is the ?
Therefore, CQ
v side of a right triangle.
Since CP is a radius, point Q must be in the ?
v of circle C.
So, P is the only point of line m on circle C. Since line m intersects circle C at exactly one point, line m is
tangent to the circle at P.
Type here to search
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