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In which story could you use the quotient 30÷6-30 \div 6 to answer the question?\newlineChoices:\newline(A)From January to July, the average temperature at Casey Station in Antarctica drops about 3030 degrees. If the average temperature in July is 6°F6\degree F, what is the average temperature in January? \newline(B)From January to July, the average temperature at Casey Station in Antarctica drops about 3030 degrees. On average, how much does the temperature change per month during that 66-month time period?

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Q. In which story could you use the quotient 30÷6-30 \div 6 to answer the question?\newlineChoices:\newline(A)From January to July, the average temperature at Casey Station in Antarctica drops about 3030 degrees. If the average temperature in July is 6°F6\degree F, what is the average temperature in January? \newline(B)From January to July, the average temperature at Casey Station in Antarctica drops about 3030 degrees. On average, how much does the temperature change per month during that 66-month time period?
  1. Identify Story: Identify the correct story for the quotient 30÷6-30 \div 6.
  2. Analysis (A): Analyze choice (A): If the average temperature in July is 6°F6\degree F, and the average temperature in January is being asked, using 30÷6-30 \div 6 doesn't make sense because it doesn't relate to finding an initial temperature from a final temperature and a change.
  3. Analysis (B): Analyze choice (B): This choice asks how much the temperature changes per month over a 66-month period, where the total change is 3030 degrees. Using 30÷6-30 \div 6 correctly calculates the average monthly temperature change.

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