Question
Lucas wants to write 3 / 2 as a mixed number he performs The division below 3 / 2 = 1 R1 explain how to write the quotient as a mixed number drag the words to complete the explanation words may be used once or not at all A use the whole number part of the quotient reminder as the whole number part of the mixed number write the A quotient reminder divisor dividend in the numerator of the fraction and write the A quotient reminder divisor dividend in the denominator of the fraction divisor dividend
Answers
GPT-4o mini
To write the division \( \frac{3}{2} \) as a mixed number, follow these steps:
1. **Use the whole number part of the quotient**: The quotient is 1, which will be the whole number part of the mixed number.
2. **Write the remainder as the numerator of the fraction**: After performing the division \( 3 \div 2 \), we find a remainder of 1. This is the numerator of the fraction.
3. **Write the divisor as the denominator of the fraction**: The divisor in this case is 2, so this will be the denominator of the fraction.
Putting it all together, the mixed number is:
\[
1 \frac{1}{2}
\]
So, the completed explanation would read:
"Use the whole number part of the **quotient** as the whole number part of the mixed number. Write the **remainder** in the numerator of the fraction and write the **divisor** in the denominator of the fraction."
1. **Use the whole number part of the quotient**: The quotient is 1, which will be the whole number part of the mixed number.
2. **Write the remainder as the numerator of the fraction**: After performing the division \( 3 \div 2 \), we find a remainder of 1. This is the numerator of the fraction.
3. **Write the divisor as the denominator of the fraction**: The divisor in this case is 2, so this will be the denominator of the fraction.
Putting it all together, the mixed number is:
\[
1 \frac{1}{2}
\]
So, the completed explanation would read:
"Use the whole number part of the **quotient** as the whole number part of the mixed number. Write the **remainder** in the numerator of the fraction and write the **divisor** in the denominator of the fraction."