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In which story could you use the quotient 32÷432 \div 4 to answer the question?\newlineChoices:\newline(A)Ronald decided to make a movie with his friends one summer. After filming, Ronald edited the movie for 44 days. He removed 3232 minutes of footage in all. On average, how much footage did Ronald remove each day?\newline(B)Ronald decided to make a movie with his friends one summer. After filming, the movie was 3232 minutes long. Ronald edited the movie and removed 44 minutes of footage. What was the final length of the movie?

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Q. In which story could you use the quotient 32÷432 \div 4 to answer the question?\newlineChoices:\newline(A)Ronald decided to make a movie with his friends one summer. After filming, Ronald edited the movie for 44 days. He removed 3232 minutes of footage in all. On average, how much footage did Ronald remove each day?\newline(B)Ronald decided to make a movie with his friends one summer. After filming, the movie was 3232 minutes long. Ronald edited the movie and removed 44 minutes of footage. What was the final length of the movie?
  1. Understand Problem: Step 11: Understand the problem and identify the relevant story.\newlineWe need to find a scenario where dividing 3232 by 44 answers the question. Let's analyze the choices:\newline(A) asks for the average footage removed per day after removing 3232 minutes over 44 days.\newline(B) asks for the final length of a movie after removing 44 minutes from a 3232-minute movie.\newlineThe division 32÷432 \div 4 directly answers how much footage was removed each day in choice (A).
  2. Perform Division: Step 22: Perform the division to confirm the calculation.\newlineCalculate 32÷432 \div 4 to find out how much footage Ronald removed each day.\newline32÷4=832 \div 4 = 8\newlineSo, Ronald removed 88 minutes of footage each day.

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