1.	If and intersect at V, what is the measure of
		A.	12	B.	32
		C.	5	D.	28
		Hint
	2.	Refer to the figure. If G is the midpoint of , which conjecture is true?
		A.	intersects at exactly two points.
		B.	is exactly 5 feet long.
		C.
		D.	None of the statements are true.
		Hint
	3.	In the figure, points A and B are on circle C and Write the contra positive of the true conditional. Conditional 1: If then is a right isosceles triangle. Conditional 2: If then divides the circle into two equal halves.
		A.	If is not a right isosceles triangle, then
		B.	If is a right isosceles triangle, then
		C.	If does not divide the circle into two equal halves, then
		D.	If then does not divide the circle into two equal halves.
		Hint
	4.	Find the value of x so that j || k.
		A.	12	B.	3
		C.	7	D.	23
		Hint
	5.	Find the distance between the parallel lines m and n whose equations are y = x + 4 and y = x - 6, respectively.
		A.		B.
		C.		D.
		Hint
	6.	Refer to the figure. Complete the congruence statement
		A.		B.
		C.		D.
		Hint
	7.	What is the measure of each angle of an equilateral triangle?
		A.	90°	B.	45°
		C.	30°	D.	60°
		Hint
	8.	The polygon shown is
		A.	regular	B.	an octagon
		C.	concave	D.	a hexagon
		Hint
	9.	Name a point on the interior of BGD.
		A.	G	B.	D
		C.	A	D.	C
		Hint
	10.	A certain basketball team had 7 wins and 12 losses in a season. Which is a valid conjecture based on this information?
		A.	The team won their last 5 games.	B.	The team was undefeated.
		C.	The team played 19 games..	D.	The team finished 5th in their conference.
		Hint
	11.	Using the following true conditional and hypothesis, which statement would follow from the Law of Detachment?A square has four right angles. WXYZ is a square.
		A.	If WXYZ is not a square, then it has four right angles.
		B.	If WXYZ is not a square, then it does not have four right angles.
		C.	If WXYZ has four right angles, then it is a square.
		D.	WXYZ has four right angles.
		Hint
	12.	In the picture, and are vertical. If then what is
		A.	28	B.	81
		C.	90	D.	162
		Hint
	13.	Which statement needs to be true to prove
		A.	4 1	B.	1 3
		C.	1 2	D.	m1 + m3 = 180°
		Hint
	14.	Find the value of x so
		A.	5	B.	-6
		C.	6	D.	90
		Hint
	15.	Find the distance from R(6, -4) to the line with the equation y = 12.
		A.	8	B.	-16
		C.	16	D.	6
		Hint
	16.	Two triangles are necessarily congruent if and only if __________.
		A.	their corresponding sides and corresponding angles are congruent, and they are rotated to the same position.
		B.	their corresponding angles are congruent.
		C.	two of their sides are congruent.
		D.	their corresponding sides and corresponding angles are congruent.
		Hint
	17.	If then triangle WXY is congruent to triangle _______.
		A.	WZY	B.	WYZ
		C.	YZW	D.	ZWY
		Hint
	18.	What is the value of each of the two sides opposite the congruent angles in the triangle pictured?
		A.	75	B.	39
		C.	15	D.	27
		Hint
	19.	If DF = 15 and DE = 6, find EF if E is between D and F
		A.	9	B.	12
		C.	6	D.	21
		Hint
	20.	The statement if , then demonstrates which property of congruence?
		A.	Symmetric Property	B.	Transitive Property
		C.	Reflexive Property	D.	Identity Property
		Hint