Question
At Park Junior High, 10%, or 160, of the students, play a musical instrument. How many students attend the school?
A tape diagram. StartFraction part Over whole EndFraction = StartFraction 10 Over 100 EndFraction = StartFraction 160 Over question mark EndFraction
Which statements are correct? Check all that apply.
The total number of students is < 160.
The total number of students is > 160.
The percent as a part-to-whole ratio is StartFraction 10 Over 100 EndFraction.
The percent as a part-to-whole ratio is StartFraction 160 Over 100 EndFraction
There are 1,600 students in the school.
There are 250 students in the school.
Answers
GPT-4o mini
To solve for the total number of students at Park Junior High, we can set up the equation based on the given information.
We know that 10% of the students play a musical instrument, which corresponds to 160 students.
We can use the formula for percentage:
\[
\text{Percent} = \frac{\text{Part}}{\text{Whole}} \times 100
\]
In this case, we can rewrite the equation as:
\[
10 = \frac{160}{\text{Whole}} \times 100
\]
To find the "Whole," we can rearrange this to solve for it:
\[
\text{Whole} = \frac{160}{0.10} = 1600
\]
So, the total number of students attending the school is 1,600.
Now we can evaluate the statements:
1. **The total number of students is < 160.** - **False**
2. **The total number of students is > 160.** - **True**
3. **The percent as a part-to-whole ratio is \(\frac{10}{100}\).** - **True**
4. **The percent as a part-to-whole ratio is \(\frac{160}{100}\).** - **False** (This ratio does not represent the percentage correctly.)
5. **There are 1,600 students in the school.** - **True**
6. **There are 250 students in the school.** - **False**
In summary, the correct statements are:
- The total number of students is > 160.
- The percent as a part-to-whole ratio is \(\frac{10}{100}\).
- There are 1,600 students in the school.
We know that 10% of the students play a musical instrument, which corresponds to 160 students.
We can use the formula for percentage:
\[
\text{Percent} = \frac{\text{Part}}{\text{Whole}} \times 100
\]
In this case, we can rewrite the equation as:
\[
10 = \frac{160}{\text{Whole}} \times 100
\]
To find the "Whole," we can rearrange this to solve for it:
\[
\text{Whole} = \frac{160}{0.10} = 1600
\]
So, the total number of students attending the school is 1,600.
Now we can evaluate the statements:
1. **The total number of students is < 160.** - **False**
2. **The total number of students is > 160.** - **True**
3. **The percent as a part-to-whole ratio is \(\frac{10}{100}\).** - **True**
4. **The percent as a part-to-whole ratio is \(\frac{160}{100}\).** - **False** (This ratio does not represent the percentage correctly.)
5. **There are 1,600 students in the school.** - **True**
6. **There are 250 students in the school.** - **False**
In summary, the correct statements are:
- The total number of students is > 160.
- The percent as a part-to-whole ratio is \(\frac{10}{100}\).
- There are 1,600 students in the school.
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