1.	has vertices X(-1, 1), Y(3, 9), and Z(6, -2). Determine the coordinates of point W on so that is a median of
		A.	(1, 5)	B.	(2, 4)
		C.	(2, -1)	D.
		Hint
	2.	Order the steps for writing an indirect proof.
		A.	2, 3, 1	B.	3, 2, 1
		C.	2, 1, 3	D.	1, 2, 3
		Hint
	3.	The _______________ states that the sum of the lengths of any two sides of a triangle is greater than the length of the third side.
		A.	Triangle Equality Theorem	B.	Definition of a Triangle
		C.	Definition of an Inequality	D.	Triangle Inequality Theorem
		Hint
	4.	Which inequality describes the range of possible values for x?
		A.	x < 14	B.	x < 4 and x > 14
		C.	-6 < x < 14	D.	4 < x < 14
		Hint
	5.	The segment that has one endpoint at one of the vertices of a triangle and its other endpoint on a line containing the opposite side of the triangle, and is perpendicular to the opposite side of the triangle, is called the __________.
		A.	angle bisector	B.	altitude
		C.	median	D.	perpendicular bisector
		Hint
	6.	Name the property that justifies that if a is less than b, then a cannot be greater than b.
		A.	Transitive Property	B.	Comparison Property
		C.	Subtraction Property	D.	Multiplication Property
		Hint
	7.	If mA > mB > mC, what is a possible measure for ?
		A.	32 mm	B.	13 mm
		C.	10 mm	D.	20 mm
		Hint
	8.	Is it possible to draw a triangle with sides measuring 32, 96, and 118? Explain.
		A.	Yes; the sum of the measures of any two sides is greater than the other side measure.
		B.	Yes; 96 is between 32 and 118.
		C.	No; 32 is less than 96 + 118.
		D.	No; 32 + 96 is less than 118.
		Hint
	9.	In the picture shown, and CD > AD. What is the relationship between ABD and CBD?
		A.	ABD CBD
		B.	mABD = mCBD
		C.	mABD < mCBD
		D.	mABD > mCBD
		Hint
	10.	State the assumption that could be used to start an indirect proof of the statement AB + BC > DE.
		A.	AB + BC = DE	B.	AB + BC < DE
		C.	AB + BCDE	D.	AB + BCDE
		Hint