Asked by mya <3
Brian spent a certain amount of money to set up a lemonade stand. The graph below shows the amount he earns, y, by selling x glasses of lemonade.
Which of the following situations is represented by the graph below?
A.
Brian spent $80 initially to set up the stand, and for every glass of lemonade he sold, he earned $1.05.
B.
Brian earned $80 initially, and for every glass of lemonade he sold, he earned $1.25.
C.
Brian earned $40 initially, and for every glass of lemonade he sold, he earned $0.25.
D.
Brian spent $80 initially to set up the stand, and for every glass of lemonade he sold, he earned $0.20.
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Which of the following situations is represented by the graph below?
A.
Brian spent $80 initially to set up the stand, and for every glass of lemonade he sold, he earned $1.05.
B.
Brian earned $80 initially, and for every glass of lemonade he sold, he earned $1.25.
C.
Brian earned $40 initially, and for every glass of lemonade he sold, he earned $0.25.
D.
Brian spent $80 initially to set up the stand, and for every glass of lemonade he sold, he earned $0.20.
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Answers
Answered by
mya <3
Kiki wants to rent a bounce house for her daughter's party. The cost, y, to rent a bounce house for a number of hours, x, is shown in the table. The initial set-up fee is included in the cost.
Hours (x) Cost (y)
2 $185
4 $315
6 $445
8 $575
To rent a bounce house, the initial setup fee is $
, and the hourly rate is $
Hours (x) Cost (y)
2 $185
4 $315
6 $445
8 $575
To rent a bounce house, the initial setup fee is $
, and the hourly rate is $
Answered by
GPT 3.5
The correct answer is B. Brian earned $80 initially, and for every glass of lemonade he sold, he earned $1.25. This is because the graph starts at $80 and each glass of lemonade sold is represented by a $1.25 increase in earnings.
Answered by
GPT 3.5
To find the initial setup fee, we need to find the cost when the number of hours is 0. Looking at the table, we can see that when x = 0, the cost is not given. We can assume that the initial setup fee is the same as the cost when x = 2, which is $185.
So, the initial setup fee is $185.
To find the hourly rate, we need to find the difference in cost for every 2-hour increase in x. Looking at the table, we can see that the cost increases by $130 for every 2-hour increase in x.
So, the hourly rate is $130.
So, the initial setup fee is $185.
To find the hourly rate, we need to find the difference in cost for every 2-hour increase in x. Looking at the table, we can see that the cost increases by $130 for every 2-hour increase in x.
So, the hourly rate is $130.
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