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Ms. Maynard brought qq math quizzes home to grade over the weekend. She could only grade 3131 of the quizzes on Saturday. So, she had 5656 quizzes left to grade on Sunday.\newlineWhich diagram models the story?\newlineWhich equation models the story?\newlineChoices:\newline(A) q31=56q - 31 = 56\newline(B) q+31=56q + 31 = 56

Full solution

Q. Ms. Maynard brought qq math quizzes home to grade over the weekend. She could only grade 3131 of the quizzes on Saturday. So, she had 5656 quizzes left to grade on Sunday.\newlineWhich diagram models the story?\newlineWhich equation models the story?\newlineChoices:\newline(A) q31=56q - 31 = 56\newline(B) q+31=56q + 31 = 56
  1. Understand the problem: First, let's understand the problem. Ms. Maynard had a total number of quizzes, qq. She graded 3131 on Saturday and had 5656 left for Sunday. We need to find the equation that represents this situation.
  2. Calculate total quizzes: Add the quizzes graded on Saturday to those left for Sunday to find the total. So, 3131 (Saturday's quizzes) + 5656 (Sunday's quizzes) = 8787. This should give us the total quizzes qq.
  3. Check equation choices: Now, let's check the equation choices given:\newline(A) q31=56q - 31 = 56\newline(B) q+31=56q + 31 = 56\newlineWe need to see which equation correctly calculates the total number of quizzes, qq, when solved.
  4. Solve equation (A): Solve equation (A):\newlineq31=56q - 31 = 56\newlineAdd 3131 to both sides to isolate qq:\newlineq=56+31q = 56 + 31\newlineq=87q = 87\newlineThis matches our calculation from step 22.
  5. Verify equation (B): Now, let's check equation (B) for verification:\newlineq+31=56q + 31 = 56\newlineSubtract 3131 from both sides:\newlineq=5631q = 56 - 31\newlineq=25q = 25\newlineThis does not match our total calculated, so it's incorrect.

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