1.	Based upon the table below, Mari concluded that when one of two addends is negative, the sum is always negative. Find a counterexample for her conjecture.
		A.	-8 + 7	B.	18 + (-10)
		C.	-5 + (-5)	D.	-13 + 5
		Hint
	2.	Name 2 segments contained in the figure below.
		A.		B.
		C.		D.
		Hint
	3.	A line can be named using ___ points.
		A.	3	B.	1
		C.	2	D.	4
		Hint
	4.	Write another form of the following statement. If a closed figure has exactly 3 vertices, then it is a triangle.
		A.	A triangle is a closed figure if it has exactly 3 vertices.	B.	A closed figure is a triangle if it has exactly 3 vertices.
		C.	If a figure is closed, then it is a triangle with exactly 3 vertices.	D.	If a triangle has exactly 3 vertices, then it is a closed figure.
		Hint
	5.	Find the perimeter of the rectangle below.
		A.	22 m	B.	48 m
		C.	14 m	D.	28 m
		Hint
	6.	What is the area of the rectangle below?
		A.	1500 ft2	B.	150 ft2
		C.	50 ft2	D.	300 ft2
		Hint
	7.	One possible counterexample for the statement ''All fruits taste sweet'' is ________.
		A.	Watermelons	B.	Oranges
		C.	Lemons	D.	Plums
		Hint
	8.	The intersection of two distinct planes is a ________.
		A.	Line	B.	Ray
		C.	Plane	D.	Point
		Hint
	9.	Name two planes in the figure below.
		A.	plane CBD, plane AEC	B.	plane DCA , plane EBA
		C.	plane BEA , plane CAD	D.	plane ACD , plane ABE
		Hint
	10.	In the following statement, ''If the sides of a quadrilateral are equal, then it is a square'', the hypothesis is:
		A.	''If the sides of a quadrilateral are equal''
		B.	''The sides of a quadrilateral are equal''
		C.	''It is a square''
		D.	''Then it is a square''
		Hint
	11.	Which line is straight?
		A.	B	B.	A
		C.	C	D.	D
		Hint
	12.	Determine which segment is equal to AT.
		A.	AL	B.	AK
		C.	AM	D.	AJ
		Hint