This math topic focuses on division problems with two-digit numbers, specifically dividing total riders among multiple cars or buses. It teaches how to calculate the quotient ignoring any remainders. This helps in better understanding division where exact sharing is not possible and remainders are involved, but not considered in the final answer. Multiple choice responses encourage the application of division to determine how many riders fit per car or bus from the given total. This is part of a larger unit on division involving a single digit divisor.

Work on practice problems directly here, or download the printable pdf worksheet to practice offline.

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Division Car Model - Total and Car Count to Per Car - With Remainder (2 Digit) Worksheet

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Division Car Model - Total and Car Count to Per Car - With Remainder ...
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35 riders are split evenly among 11 cars. How many per car (ignoring any remaining)?
a An svg image showing a possible answer to this math problem
b An svg image showing a possible answer to this math problem
2
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33 riders are split evenly among 2 buses. How many per bus (ignoring any remaining)?
a An svg image showing a possible answer to this math problem
b An svg image showing a possible answer to this math problem
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31 riders are split evenly among 15 cars. How many per car (ignoring any remaining)?
a An svg image showing a possible answer to this math problem
b An svg image showing a possible answer to this math problem
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29 riders are split evenly among 14 cars. How many per car (ignoring any remaining)?
a An svg image showing a possible answer to this math problem
b An svg image showing a possible answer to this math problem
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51 riders are split evenly among 3 buses. How many per bus (ignoring any remaining)?
a An svg image showing a possible answer to this math problem
b An svg image showing a possible answer to this math problem
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37 riders are split evenly among 18 cars. How many per car (ignoring any remaining)?
a An svg image showing a possible answer to this math problem
b An svg image showing a possible answer to this math problem
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46 riders are split evenly among 15 cars. How many per car (ignoring any remaining)?
a An svg image showing a possible answer to this math problem
b An svg image showing a possible answer to this math problem
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41 riders are split evenly among 13 cars. How many per car (ignoring any remaining)?
a An svg image showing a possible answer to this math problem
b An svg image showing a possible answer to this math problem