<h3>
Answer:  G) -2</h3>
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Explanation:
I'm assuming you meant to say (a+y)^2 + 2y
Replace each copy of 'a' with 5. Replace each copy of 'y' with -3. Use PEMDAS to simplify.
(a+y)^2 + 2y
(5 + (-3))^2 + 2(-3)
(5-3)^2 + 2(-3)
(2)^2 + 2(-3)
4 + 2(-3)
4 - 6
-2
So (a+y)^2 + 2y = -2 when a = 5 and y = -3.
 
        
        
        
The formula for finding the volume of a cube is 

, where s is the side length.
The formula for a cube with each side length doubled is 

, or 8<span>s.
</span><span>If all the dimensions of a cube are doubled, then the new volume is 
eight times greater.</span>
 
        
        
        
Answer:
x = 27.8, y = 35
Step-by-step explanation:
Angle D is equal to Angle A
Angle E is equal to Angle B
Angle F is equal to Angle C
So you can set those equal to each other:
2y - 5 = 65
2y = 70
y = 35
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2x + y = 90.6
2x + 35 = 90.6
2x = 55.6
x = 27.8
 
        
             
        
        
        
Given the following table showing the hourly wages of employees of a movie theater based on their length of employment.
<span>Length of employment (months)         Hourly wage (dollars/hour) 
6 months                                                          7.55 
12 months                                                        7.85 
18 months                                                        8.15 
24 months                                                        8.45
To obtain an algebraic expression </span>that describes how much Bailey’s employer pays part-time workers, we take two points from the table.
Recall that the equation of a linear function satisfying two points

 and 

is given by

Given the two points (6, 7.55) and (12, 7.85), the algebraic expression relating the two points is given by

Therefore, the <span>algebraic expression that describes how much Bailey’s employer pays part-time workers is 

</span>
 
        
        
        
11%
I multiplied the price by percentages up until I got a little over 2.