Question
A 2-column table with 4 rows. Column 1 is labeled Gallons with entries 1, 2, 3, 4. Column 2 is labeled miles with entries 23, 46, 69, question mark.
Which statements are correct? Select all that apply.
Multiply g by 23 to get m.
Multiply m by 23 to get g.
The missing value in the last row is 70.
The missing value in the last row is 92.
A real-world situation that is represented in the table is “Rio’s car gets 23 miles per gallon.”.
A real-world situation that is represented in the table is “Rio’s car gets 1 mile per 23 gallons.”.
Which statements are correct? Select all that apply.
Multiply g by 23 to get m.
Multiply m by 23 to get g.
The missing value in the last row is 70.
The missing value in the last row is 92.
A real-world situation that is represented in the table is “Rio’s car gets 23 miles per gallon.”.
A real-world situation that is represented in the table is “Rio’s car gets 1 mile per 23 gallons.”.
Answers
GPT-4o mini
Let's analyze the provided table and the statements.
Here’s a breakdown of the information:
- Gallons (g) are listed as 1, 2, 3, and 4.
- Miles (m) corresponding to the gallons are 23, 46, 69, and a missing value for 4 gallons.
From the entries, we can see a pattern:
- For each gallon entry (g), the miles (m) appear to be calculated as:
- 1 gallon → 23 miles
- 2 gallons → 46 miles (1 gallon x 23 miles x 2)
- 3 gallons → 69 miles (1 gallon x 23 miles x 3)
This indicates that the relationship between gallons and miles is linear, specifically:
**Miles = Gallons × 23**
This means for 4 gallons, you would calculate:
- 4 gallons × 23 miles/gallon = 92 miles.
Now evaluating the statements:
1. **Multiply g by 23 to get m.** (True) - This is the correct relationship described.
2. **Multiply m by 23 to get g.** (False) - This is incorrect; you cannot multiply miles to arrive back at gallons as shown in the context provided.
3. **The missing value in the last row is 70.** (False) - As established, the missing value is 92, not 70.
4. **The missing value in the last row is 92.** (True) - This is correct based on the calculations.
5. **A real-world situation that is represented in the table is “Rio’s car gets 23 miles per gallon.”** (True) - This statement accurately reflects the relationship indicated in the table.
6. **A real-world situation that is represented in the table is “Rio’s car gets 1 mile per 23 gallons.”** (False) - This misrepresents the relationship; it implies a far less efficient vehicle than what is stated in the table.
Correct statements:
- **Multiply g by 23 to get m.**
- **The missing value in the last row is 92.**
- **A real-world situation that is represented in the table is “Rio’s car gets 23 miles per gallon.”**
Here’s a breakdown of the information:
- Gallons (g) are listed as 1, 2, 3, and 4.
- Miles (m) corresponding to the gallons are 23, 46, 69, and a missing value for 4 gallons.
From the entries, we can see a pattern:
- For each gallon entry (g), the miles (m) appear to be calculated as:
- 1 gallon → 23 miles
- 2 gallons → 46 miles (1 gallon x 23 miles x 2)
- 3 gallons → 69 miles (1 gallon x 23 miles x 3)
This indicates that the relationship between gallons and miles is linear, specifically:
**Miles = Gallons × 23**
This means for 4 gallons, you would calculate:
- 4 gallons × 23 miles/gallon = 92 miles.
Now evaluating the statements:
1. **Multiply g by 23 to get m.** (True) - This is the correct relationship described.
2. **Multiply m by 23 to get g.** (False) - This is incorrect; you cannot multiply miles to arrive back at gallons as shown in the context provided.
3. **The missing value in the last row is 70.** (False) - As established, the missing value is 92, not 70.
4. **The missing value in the last row is 92.** (True) - This is correct based on the calculations.
5. **A real-world situation that is represented in the table is “Rio’s car gets 23 miles per gallon.”** (True) - This statement accurately reflects the relationship indicated in the table.
6. **A real-world situation that is represented in the table is “Rio’s car gets 1 mile per 23 gallons.”** (False) - This misrepresents the relationship; it implies a far less efficient vehicle than what is stated in the table.
Correct statements:
- **Multiply g by 23 to get m.**
- **The missing value in the last row is 92.**
- **A real-world situation that is represented in the table is “Rio’s car gets 23 miles per gallon.”**