This math topic focuses on solving division problems involving a remainder, specifically dividing two-digit numbers by one-digit numbers. Problems in this topic involve dividing a set number of riders among a given number of cars, then finding out how many riders can be seated in each car, ignoring any riders that don't fit. Each problem is structured as a real-world application of division to enhance understanding and practicality of the division concept.

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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 ...
1
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57 riders are split evenly among 14 cars. How many per car (ignoring any remaining)?
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2
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53 riders are split evenly among 26 cars. How many per car (ignoring any remaining)?
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b An svg image showing a possible answer to this math problem
3
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76 riders are split evenly among 7 buses. How many per bus (ignoring any remaining)?
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b An svg image showing a possible answer to this math problem
4
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64 riders are split evenly among 21 cars. How many per car (ignoring any remaining)?
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b An svg image showing a possible answer to this math problem
5
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83 riders are split evenly among 27 cars. How many per car (ignoring any remaining)?
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b An svg image showing a possible answer to this math problem
6
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82 riders are split evenly among 20 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
7
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87 riders are split evenly among 43 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
8
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56 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