<p> Geometry Chapter 5 Study Guide</p><p> Use the properties of midsegments to find side lengths of a triangle. 3 questions (page 299 # 24-26)  Use the properties of perpendicular bisectors to find the value of x. 2 questions (pg. 306 # 3-5)  Find the value of x that makes a point the incenter of the triangle. 2 questions (pg. 314 #24,25)  Given the coordinates of the vertices of a triangle, find the coordinates of the centroid. 2 questions  Use Theorem 5.8 and algebra to find the value of x. 3 questions  Use Theorems 5.10 and 5.11 to list the sides and angles in order from smallest to largest. 4 questions  Use Theorem5.12 to determine whether it is possible to build a triangle with the given side lengths. 2 questions  Use the Hinge Theorem and its converse to compare side lengths and angle measures. 2 questions  Use the Hinge Theorem or its converse to write and solve an inequality to describe the restrictions on the value of x. 2 questions</p><p>Geometry Chapter 5 Study Guide</p><p> Use the properties of midsegments to find side lengths of a triangle. 3 questions (page 299 # 24-26)  Use the properties of perpendicular bisectors to find the value of x. 2 questions (pg. 306 # 3-5)  Find the value of x that makes a point the incenter of the triangle. 2 questions (pg. 314 #24,25)  Given the coordinates of the vertices of a triangle, find the coordinates of the centroid. 2 questions  Use Theorem 5.8 and algebra to find the value of x. 3 questions  Use Theorems 5.10 and 5.11 to list the sides and angles in order from smallest to largest. 4 questions  Use Theorem5.12 to determine whether it is possible to build a triangle with the given side lengths. 2 questions  Use the Hinge Theorem and its converse to compare side lengths and angle measures. 2 questions  Use the Hinge Theorem or its converse to write and solve an inequality to describe the restrictions on the value of x. 2 questions</p>