Question
This table shows the number of cookies produced for each cup of sugar used in the recipe for cookie a
cookie a - cookies per cup of sugar
cups
2
3
4
cookies
80
120
160
An illustration shows Quadrant 1 of a coordinate plane. The x-axis is labeled Cups and ranges from 0 to 6 in one unit increments. The y-axis is labeled Cookies and ranges from 0 to 192 in 12 unit increments. The graph is titled Cookies per Cup of Sugar. A line connects six points plotted on the graph. The coordinates of the plotted points are left parenthesis 0 comma 0 right parenthesis, left parenthesis 1 comma 36 right parenthesis, left parenthesis 2 comma 72 right parenthesis, left parenthesis 3 comma 108 right parenthesis, left parenthesis 4 comma 144 right parenthesis, and left parenthesis 5 comma 180 right parenthesis. An upward arrow points to 1 on the x-axis.
The yields of cookies per cup of sugar for Cookie A and Cookie B are displayed in the table and the graph. Find the cookie that yields the most cookies from one cup of sugar. How many cookies does Cookie A and Cookie B make from one cup of sugar?
Cookie B makes more cookies than Cookie A. Cookie B makes 40 cookies, and Cookie A makes 36 cookies from one cup of sugar. Cookie A makes more cookies than Cookie B from one cup of sugar. Cookie A makes 80 cookies, and Cookie B makes 36 cookies from one cup of sugar. Cookie A makes more cookies than Cookie B from one cup of sugar. Cookie A makes 40 cookies, and Cookie B makes 36 cookies from one cup of sugar. Cookie B makes more cookies than Cookie A. Cookie B makes 72 cookies, and Cookie A makes 40 cookies.
cookie a - cookies per cup of sugar
cups
2
3
4
cookies
80
120
160
An illustration shows Quadrant 1 of a coordinate plane. The x-axis is labeled Cups and ranges from 0 to 6 in one unit increments. The y-axis is labeled Cookies and ranges from 0 to 192 in 12 unit increments. The graph is titled Cookies per Cup of Sugar. A line connects six points plotted on the graph. The coordinates of the plotted points are left parenthesis 0 comma 0 right parenthesis, left parenthesis 1 comma 36 right parenthesis, left parenthesis 2 comma 72 right parenthesis, left parenthesis 3 comma 108 right parenthesis, left parenthesis 4 comma 144 right parenthesis, and left parenthesis 5 comma 180 right parenthesis. An upward arrow points to 1 on the x-axis.
The yields of cookies per cup of sugar for Cookie A and Cookie B are displayed in the table and the graph. Find the cookie that yields the most cookies from one cup of sugar. How many cookies does Cookie A and Cookie B make from one cup of sugar?
Cookie B makes more cookies than Cookie A. Cookie B makes 40 cookies, and Cookie A makes 36 cookies from one cup of sugar. Cookie A makes more cookies than Cookie B from one cup of sugar. Cookie A makes 80 cookies, and Cookie B makes 36 cookies from one cup of sugar. Cookie A makes more cookies than Cookie B from one cup of sugar. Cookie A makes 40 cookies, and Cookie B makes 36 cookies from one cup of sugar. Cookie B makes more cookies than Cookie A. Cookie B makes 72 cookies, and Cookie A makes 40 cookies.
Answers
GPT-4o mini
Let's summarize the information provided:
From the data for Cookie A:
- When 1 cup of sugar is used, Cookie A makes 36 cookies.
- When 2 cups of sugar are used, Cookie A makes 72 cookies.
- When 3 cups of sugar are used, Cookie A makes 108 cookies.
- When 4 cups of sugar are used, Cookie A makes 144 cookies.
- When 5 cups of sugar are used, Cookie A makes 180 cookies.
For Cookie B, we don't have as much detail, but several comparisons are made:
**Comparisons:**
1. Cookie B makes 40 cookies, and Cookie A makes 36 cookies from 1 cup of sugar.
2. Cookie A makes 80 cookies, and Cookie B makes 36 cookies from 1 cup of sugar.
3. Cookie A makes 40 cookies, and Cookie B makes 36 cookies from 1 cup of sugar.
4. Cookie B makes 72 cookies, and Cookie A makes 40 cookies.
Upon analyzing the comparisons:
- From the information where Cookie A makes 36 cookies from 1 cup, and Cookie B makes 40 cookies, Cookie B yields more.
- Cookie A yields 80 cookies (but that seems to be when 2 cups are used) versus Cookie B making 36 cookies (possibly from 1 cup).
- Cookie A (40 cookies) versus Cookie B (36 cookies) shows A yields more.
- Cookie B (72 cookies) against Cookie A (40 cookies) shows B yields more.
### Conclusion:
To directly answer the question asked:
- **From 1 cup of sugar**: Cookie A makes **36 cookies**, and in the context of comparisons, Cookie B typically has amounts that varies but can be notably higher with some cases (like when Cookie B makes 72 cookies).
Ultimately, **if we look strictly at one cup**, from the given data, the comparisons suggest that Cookie A makes **36 cookies** and comparisons vary for Cookie B depending on other factors.
Thus:
- **Cookie A = 36 cookies from 1 cup of sugar**
- **Cookie B = 40 or some other value depending on context but shows variability.**
Cookie B consistently shows higher yields depending on the context compared. So it's clear that Cookie A has a consistent measure while Cookie B has more variability in claims. If asking which yields more per defined cup, it seems more accurate to present both statements depending on confirmed data over that interpreted circumstances.
From the data for Cookie A:
- When 1 cup of sugar is used, Cookie A makes 36 cookies.
- When 2 cups of sugar are used, Cookie A makes 72 cookies.
- When 3 cups of sugar are used, Cookie A makes 108 cookies.
- When 4 cups of sugar are used, Cookie A makes 144 cookies.
- When 5 cups of sugar are used, Cookie A makes 180 cookies.
For Cookie B, we don't have as much detail, but several comparisons are made:
**Comparisons:**
1. Cookie B makes 40 cookies, and Cookie A makes 36 cookies from 1 cup of sugar.
2. Cookie A makes 80 cookies, and Cookie B makes 36 cookies from 1 cup of sugar.
3. Cookie A makes 40 cookies, and Cookie B makes 36 cookies from 1 cup of sugar.
4. Cookie B makes 72 cookies, and Cookie A makes 40 cookies.
Upon analyzing the comparisons:
- From the information where Cookie A makes 36 cookies from 1 cup, and Cookie B makes 40 cookies, Cookie B yields more.
- Cookie A yields 80 cookies (but that seems to be when 2 cups are used) versus Cookie B making 36 cookies (possibly from 1 cup).
- Cookie A (40 cookies) versus Cookie B (36 cookies) shows A yields more.
- Cookie B (72 cookies) against Cookie A (40 cookies) shows B yields more.
### Conclusion:
To directly answer the question asked:
- **From 1 cup of sugar**: Cookie A makes **36 cookies**, and in the context of comparisons, Cookie B typically has amounts that varies but can be notably higher with some cases (like when Cookie B makes 72 cookies).
Ultimately, **if we look strictly at one cup**, from the given data, the comparisons suggest that Cookie A makes **36 cookies** and comparisons vary for Cookie B depending on other factors.
Thus:
- **Cookie A = 36 cookies from 1 cup of sugar**
- **Cookie B = 40 or some other value depending on context but shows variability.**
Cookie B consistently shows higher yields depending on the context compared. So it's clear that Cookie A has a consistent measure while Cookie B has more variability in claims. If asking which yields more per defined cup, it seems more accurate to present both statements depending on confirmed data over that interpreted circumstances.