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# Chapter 5 ex.credit

### Bailey Barber

Question | Answer |
---|---|

Altitude of a Triangle | A perpendicular segment from a vertex to the line containing to the opposite side. |

Centroid of a Triangle | The point of concurrency of the 3 medians of a triangle. |

Circumcenter of a Triangle | The point of concurrency of the 3 perpendicular bisectors of a triangle. |

Circumscribed Circle | Every vertex of te polygon lies on the circle. |

Concurrent | Three or more lines that intersect at one point. |

Equidistant | The same distance from two or more objects. |

Incenter of a Triangle | The point of concurrency of the 3 angle bisectors of a triangle. |

Inscribed Circle | A circle in which each side of the polygon is tangent to the O. |

Iocus | A set of points that satisfies a given condition. |

Median of a Triangle | A segment whose endpoints are a vertex of the triangle and the midpoint of the opposite side. |

Midsegment of a Triangle | The triangle formed by the 3 midsegments of a triangle. |

Orthocenter of a Triangle | The point of concurrency of the 3 altitudes of a triangle. |

Point of Concurrency | A point where 3 or more lines coinside. |

Pythagorean Triple | A set of 3 nonzero whole numbers a,b, and c, such that a(squared)+ b(squared)= c(squared) |

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bhsgeometry