Division Car Model - Total and Car Count to Per Car - No Remainder (2 Digit)

Level 2

This math topic focuses on division without remainders involving two-digit dividends and one-digit divisors. It presents scenarios where a fixed number of riders need to be equally distributed among a specified number of cars. Each problem asks how many riders would be in each car, requiring students to perform basic division calculations. This helps in practicing evenly dividing quantities and understanding division concepts in practical, everyday scenarios. The problems are structured to enhance understanding of division operations within the framework of a car and rider distribution model.

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 - No Remainder (2 Digit) Worksheet

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Division Car Model - Total and Car Count to Per Car - No Remainder (2...
1
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39 riders are split evenly among 13 cars. How many per car?
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2
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32 riders are split evenly among 16 cars. How many per car?
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3
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26 riders are split evenly among 13 cars. How many per car?
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4
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34 riders are split evenly among 17 cars. How many per car?
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5
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28 riders are split evenly among 14 cars. How many per car?
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6
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44 riders are split evenly among 11 cars. How many per car?
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7
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42 riders are split evenly among 21 cars. How many per car?
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30 riders are split evenly among 15 cars. How many per car?
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