1.	Which letter has rotational symmetry?
		A.	C	B.	M
		C.	E	D.	O
		Hint
	2.	Use the distributive property to rewrite without parentheses.
		A.	24x - 24	B.	24x - 3
		C.	24x - 4	D.
		Hint
	3.	Which inequality is graphed below?
		A.	x < 8	B.	y < 8
		C.	y > 8	D.	y < 8
		Hint
	4.	Use the quadratic formula to solve x2 + 2x - 8 = 0.
		A.	-2	B.	-4
		C.	-4, -2	D.	-4, 2
		Hint
	5.	Find the value of c that makes x2 + 16x + c a perfect square.
		A.	16	B.	64
		C.	-64	D.	8
		Hint
	6.	Find the equation that has direct variation.
		A.	y = 5x + 1.3	B.	y = 4x
		C.	y = –3x – 1	D.	y = 0.8x + 9
		Hint
	7.	Find the equation that contains a decreasing linear relationship.
		A.	y = 5 – 6x	B.	y = 12+ 2x
		C.	y = 10 + x	D.	y = 4x – 3
		Hint
	8.	Which line is parallel to the line listed below?
		A.	y = 2x - 5
		B.
		C.
		D.
		Hint
	9.	What type of relationship does the equation have if its second differences are constant?
		A.	linear	B.	constant
		C.	quadratic	D.	cubic
		Hint
	10.	Find a solution to the equation using backtracking.
		A.	c = –14	B.	c = –1
		C.	c = 8	D.	c = 2
		Hint
	11.	How could you use the graph of h = 20t – 6t2 to estimate the solution(s) of 20t – 6t2 = 7, where h stands for height and t stands for time?
		A.	Draw a horizontal line at h = 20 and find where it intersects the curve.
		B.	Draw a horizontal line at h = 7 and find where it intersects the curve.
		C.	Draw a vertical line at t = 20 and find where it intersects the curve.
		D.	Draw a vertical line at t = 7 and find where it intersects the curve.
		Hint
	12.	Find the angle of rotation for the following figure.
		A.	–30°	B.	–90°
		C.	150°	D.	30°
		Hint
	13.	Describe a figure that is reflected over two intersecting lines?
		A.	a translation of the original figure across the intersecting lines
		B.	a translation of the original figure across the closest intersecting line
		C.	a reflection of the original figure across any line through the intersection point
		D.	a rotation of the original figure about the intersection point
		Hint
	14.	Rule: (x, y) (x – 6, y + 1). Find the correct translation.
		A.		B.
		C.		D.
		Hint
	15.	Write the expression in factored form.3x2 – 6x
		A.	x (x – 6)	B.	3x (x – 6)
		C.	3x (x + 2)	D.	3x (x – 2)
		Hint
	16.	Multiply the pair of binomials.(4z – 2)(4z – 1)
		A.	16z2 – 2	B.	16z2 – 12z – 2
		C.	16z2 + 12z – 2	D.	16z2 – 12z + 2
		Hint
	17.	Use the difference of two squares to find the product.
		A.	(60 + 1)(60 – 1) = 3,600 – 1 = 3,599
		B.	–(60 + 1)(60 + 1) = –3,600 – 120 – 1 =– 3,721
		C.	–(60 + 1)(60 – 1) = –3,600 + 1 = –3,599
		D.	(60 + 1)(60 + 1) = 3,600 + 120 + 1 = 3,721
		Hint
	18.	Solve the equation by backtracking.
		A.	f = 16	B.	f = –28
		C.	f = –21	D.	f = –24
		Hint
	19.	Give the approximate solution of this equation.5 + (2c – 3) 2 = 5
		A.	c = 1.5	B.	c = –1.5
		C.	c = 1.5 and c = –1.5	D.	c = –1.5 and c = –1.5
		Hint
	20.	Hector needs to build a rectangular pen for his dog. He decides to use an area of 50 m2 in his backyard for the pen. Using w for the width, find a function f(w) that represents the perimeter of the fence in terms of w.
		A.	lw = 50	B.	l + w = 50
		C.	l = 50 – w	D.
		Hint