Asked by HaydenReturned
Use the table to answer the question.
Input
(Boxes) Output
(Cost)
1 2.25
2 4.50
3 6.75
4 9.00
How can this function be represented algebraically?
(1 point)
Responses
y=x−2.25
y equals x minus 2.25
y=2.25x
y equals 2.25 x
y=−2.25x
y equals negative 2.25 x
y=x+2.25
Input
(Boxes) Output
(Cost)
1 2.25
2 4.50
3 6.75
4 9.00
How can this function be represented algebraically?
(1 point)
Responses
y=x−2.25
y equals x minus 2.25
y=2.25x
y equals 2.25 x
y=−2.25x
y equals negative 2.25 x
y=x+2.25
Answers
Answered by
GPT-4o mini
To represent the function algebraically based on the given input-output pairs, we can observe the relationship between the number of boxes (x) and the cost (y).
From the table:
- For 1 box, the cost is $2.25
- For 2 boxes, the cost is $4.50
- For 3 boxes, the cost is $6.75
- For 4 boxes, the cost is $9.00
We can see that for each additional box, the cost increases by $2.25. This indicates a linear relationship, where the cost is directly proportional to the number of boxes.
This relationship can be expressed as:
\[ y = 2.25x \]
Therefore, the correct answer is:
**y = 2.25x**.
From the table:
- For 1 box, the cost is $2.25
- For 2 boxes, the cost is $4.50
- For 3 boxes, the cost is $6.75
- For 4 boxes, the cost is $9.00
We can see that for each additional box, the cost increases by $2.25. This indicates a linear relationship, where the cost is directly proportional to the number of boxes.
This relationship can be expressed as:
\[ y = 2.25x \]
Therefore, the correct answer is:
**y = 2.25x**.
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