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Home > Documents > Warm Up 10-6. Announcements Test Friday HW: TEXAS Practice test Pg. 188 #1-5.

Warm Up 10-6. Announcements Test Friday HW: TEXAS Practice test Pg. 188 #1-5.

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Point of Concurrency  The point of concurrency is the point at which 3 or more lines intersect.
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Warm Up 10-6 What conjecture can you make from the diagram below? Which theorem or postulate did you use? ; Angle Bisector Theorem ; Converse of the Angle Bisector Theorem ; Converse of the Perpendicular Bisector Theorem ; Perpendicular Bisector Theorem
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Page 1: Warm Up 10-6. Announcements  Test Friday  HW: TEXAS Practice test Pg. 188 #1-5.

Warm Up 10-6What conjecture can you make from the diagram below? Which theorem or postulate did you use?

; Angle Bisector Theorem

; Converse of the Angle Bisector Theorem

; Converse of the Perpendicular Bisector Theorem

; Perpendicular Bisector Theorem

Page 2: Warm Up 10-6. Announcements  Test Friday  HW: TEXAS Practice test Pg. 188 #1-5.

Announcements

Test Friday HW: TEXAS Practice test Pg. 188 #1-5

Page 3: Warm Up 10-6. Announcements  Test Friday  HW: TEXAS Practice test Pg. 188 #1-5.

Point of ConcurrencyThe point of concurrency is the point at which 3 or more lines intersect.

Page 4: Warm Up 10-6. Announcements  Test Friday  HW: TEXAS Practice test Pg. 188 #1-5.

CircumcenterThe perpendicular bisectors meet

at a point of concurrency called the circumcenter.

Page 5: Warm Up 10-6. Announcements  Test Friday  HW: TEXAS Practice test Pg. 188 #1-5.
Page 6: Warm Up 10-6. Announcements  Test Friday  HW: TEXAS Practice test Pg. 188 #1-5.

IncenterThe angle bisectors meet at a point of concurrency called the incenter

Page 7: Warm Up 10-6. Announcements  Test Friday  HW: TEXAS Practice test Pg. 188 #1-5.
Page 8: Warm Up 10-6. Announcements  Test Friday  HW: TEXAS Practice test Pg. 188 #1-5.

Now we are going to construct

http://www.mathopenref.com/constincenter.html http://www.mathopenref.com/constcircumcenter.html


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