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Geometry Chapter 5 Review
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Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Jan 04, 2016

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Adele Pearson
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Page 1: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Geometry Chapter 5 Review

Page 2: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Is the inverse true?

If a triangle has three congruent sides, then it is equiangular.

Page 3: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Is the contra-positive true?

If a triangle has three congruent sides, then it is equiangular.

Page 4: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Is the inverse true?

If an isosceles triangle is obtuse, then its vertex angle is obtuse.

Page 5: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Is the contra-positive true?

If an isosceles triangle is obtuse, then its vertex angle is obtuse.

Page 6: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Is the inverse true?

If two lines are parallel, then they do not intersect.

Page 7: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Is the contra-positive true?

If two lines are parallel, then they do not intersect.

Page 8: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Midsegment

When a triangle’s sides are cut by medians, the relationship to the opposite side is _____.

Page 9: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Midsegment

If a triangle’s midsegment measurement is x, the opposite side’s measurement is _____.

Page 10: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Identify the contradiction.

I. Angles A and B are acute angles.II. Angle A = 45°.III. Angles A and B are supplementary.

Page 11: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Identify the contradiction.

ABCD is a quadrilateral.ABCD is a square.Angle A > Angle D.

Page 12: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

True or False and Explain

An equilateral triangle cannot have a right angle.

Page 13: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Explain

The base of an isosceles triangle has a length of 10 feet. What can you say about the length of the legs?

Page 14: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Explain

Two sides of a triangle have lengths of 12 and 18. What can you say about the length of the third side? It can be any number between ____ and ____. How do you know?

Page 15: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Fill in the Blank

The circumcenter of a right triangle lies inside, outside, or on the triangle?

Page 16: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Fill in the Blank

The largest angle of a triangle is the angle opposite the __________ _________.

Page 17: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Circumcenter

Find the center of the circle that circumscribes the triangle plotted at the following points:(-7, 3), (9, 3), and (-7, -7).

Page 18: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Fill in the Blank

A _______ is from a vertex and cuts the opposite side of a triangle in half.

Page 19: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Fill in the Blank

A ________ is from a vertex meeting the opposite side of a triangle at a 90° angle.

Page 20: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Fill in the Blank

A _________ cuts a segment into two congruent parts at a right angle.

Page 21: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Fill in the Blank

The ____________ of a statement has the opposite truth value.

Page 22: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Fill in the Blank

Two collinear rays with the same endpoint are known as a ____________.

Page 23: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Fill in the Blank

The medians of a triangle are concurrent at a point called the __________________.

Page 24: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Fill in the Blank

A ____________ angle has a measure between 90 and 180.

Page 25: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Fill in the Blank

Coplaner lines that do not intersect are called _________ lines.

Page 26: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Fill in the Blank

Noncoplaner lines that do not intersect are called _________ lines.

Page 27: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Fill in the Blank

A ________ triangle has one angle formed by perpendicular lines.

Page 28: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Fill in the Blank

The point of concurrency (intersection) of the perpendicular bisectors of a triangle is the ____________________.

Page 29: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Fill in the Blank

The point of concurrency (intersection) of the altitudes of a triangle is the ____________________.

Page 30: Geometry Chapter 5 Review. Is the inverse true? If a triangle has three congruent sides, then it is equiangular.

Fill in the Blank

The point of concurrency (intersection) of the medians of a triangle is the ____________________.