Name the possible quadrants in which the point (x, y) can lie if the condition is true.
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A. I or II
B. II or III
C. III or IV
D. II or IV
Answer: D
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Consider only the discriminant, b2 - 4ac, to determine whether one real-number solution, two different real-number solutions, or two different imaginary-number solutions exist.6 + 6x2 = 8x
A. Two different real-number solutions B. One real solution C. Two different imaginary-number solutions
Use an inequality symbol to write the given statement symbolically.-2 is greater than -6.
A. -6 ? -2 B. -2 ? -6 C. -6 > -2 D. -2 > -6
Match the given function to its graph.1) y = 2 sin (3x)2) y = 2 sin ( src="https://sciemce.com/media/4/ppg__ghvghv0526191630__f1q86g6.jpg" alt="" style="vertical-align: 0.0px;" height="200" width="200" />
A. 1D, 2B, 3A, 4C
B. 1A, 2C, 3D, 4B
C. 1C, 2A, 3B, 4D
D. 1C, 2A, 3D, 4B
x)3) y = -2 cos (3x)4) y = -2 cos (
x)AB
?
CD
?
Solve the problem.Bruce is a retired carpenter who builds patio chairs and dog houses, which he sells at his local flea market. It takes him 4 hours to build a dog house and 3 hours to build a patio chair. Bruce can work no more than 35 hours per week, and he must produce more chairs than dog houses. Write a system of inequalities to describe this situation. Use D for the number of dog houses and P for the number of patio chairs produced in a week.
A. 
P ? 0
D ? 0
B. 
P ? 0
D ? 0
C. 
P ? 0
D ? 0
D. 
P ? 0
D ? 0