1.	Select the figure that has two lines of symmetry.
		A.		B.
		C.		D.
		Hint
	2.	Find a number that when squared equals 484.
		A.	None of these is correct	B.	-22 only
		C.	22 only	D.	22 or -22
		Hint
	3.	The graph of a linear function is _______.
		A.	a curved line	B.	a horizontal line only
		C.	a straight line	D.	None of these is correct
		Hint
	4.	Find .
		A.		B.
		C.		D.
		Hint
	5.	Find the situation that involves a decreasing linear relationship and has direct variation.
		A.	A submarine that begins at the bottom of the ocean and is raised to the surface of the water at 15 meters per second.
		B.	An airplane that begins at 20,000 feet and descends for a landing on the ground at the airport.
		C.	The temperature that begins at 0°F at 6:00 a.m. rises 3°F every hour for 6 hours.
		D.	A bucket that begins at ground level and is lowered into a well at a rate of 1 foot per second.
		Hint
	6.	Find the situation that is linear but does not have direct variation.
		A.	At the beginning of the summer, Dina had $200 in the bank. She started a job and deposited $10 per week.
		B.	At the beginning of the summer, Dina had $200 in the bank. She withdrew $30 to buy a new pair of shorts.
		C.	At the beginning of the summer, Dina had $0 in the bank. She started a job and deposited $10 per week.
		D.	At the beginning of the summer, Dina had $0 in the bank. She earned $50 mowing lawns the previous week and deposited the money in the bank.
		Hint
	7.	Find the graph that is nonlinear.
		A.		B.
		C.		D.
		Hint
	8.	Find the table that represents a graph with direct variation.
		A.
		B.
		C.
		D.
		Hint
	9.	What is the equation of a line that has a slope of 3 and passes through (–4, –3)?
		A.	y = 3x – 3	B.	y = 3x – 9
		C.	y = 3x + 9	D.	y = 3x + 3
		Hint
	10.	In the relationship , why is y inversely proportional to x?
		A.	the product of xy is a constant, 8
		B.	8 is divided into x
		C.	8 is divided into y
		D.	the relationship is undefined at x = 0
		Hint
	11.	Tell whether the statement is sometimes true, always true, or never true for positive values of n. If it is sometimes true, state for what value it is true. 4n = 6,561.
		A.	always true	B.	sometimes true, n = 8
		C.	sometimes true, n = 7	D.	never true
		Hint
	12.	Identify the decay factor in the equation p = 1,508,069 × 0.89n where p is the bacteria population and n is the number of days after a vaccine was administered.
		A.	n	B.	0.89
		C.	1,508,069	D.	p
		Hint
	13.	Evaluate.
		A.	–2	B.	3
		C.	–3	D.	2
		Hint
	14.	Choose the correct graph of y = 12x – 3x
		A.
		B.
		C.
		D.
		Hint
	15.	Use substitution or elimination to solve the system of equations. x + 2y = 6 x – 3y = –4
		A.	(–2, 2)	B.	(–2, –2)
		C.	(2, –2)	D.	(2, 2)
		Hint
	16.	Describe a figure that is reflected over two intersecting lines?
		A.	a translation of the original figure across the closest intersecting line
		B.	a rotation of the original figure about the intersection point
		C.	a translation of the original figure across the intersecting lines
		D.	a reflection of the original figure across any line through the intersection point
		Hint
	17.	Andy drew a 6.3 cm line on his paper. He then decided to make it larger by a scale of 1.5. How long is his new line?
		A.	4.2	B.	4.8
		C.	9.45	D.	7.8
		Hint
	18.	Write the expression in factored form.3x2 – 6x
		A.	3x (x + 2)	B.	3x (x – 6)
		C.	x (x – 6)	D.	3x (x – 2)
		Hint
	19.	Multiply the pair of binomials.(8g + 2)( g + 5)
		A.	8g2 + 50g+ 10	B.	8g2 + 42g+ 10
		C.	8g2 + 7g + 10	D.	8g2 + 10g + 42
		Hint
	20.	Multiply the pair of binomials.(4z – 2)(4z – 1)
		A.	16z2 + 12z – 2	B.	16z2 – 12z + 2
		C.	16z2 – 2	D.	16z2 – 12z – 2
		Hint