This topic practices division with two-digit numbers, focusing on scenarios where the total number of items is divided by a one-digit number to find the remainder. Specifically, it presents real-world problems involving the division of a number of riders among various vehicles, such as buses or cars. Each problem asks for the number of riders left after dividing them evenly among the available vehicles, hence calculating the remainder. The worksheet encourages understanding and applying division to solve practical problems with direct real-life applications.

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

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Division Car Model - Total and Car Count to Remainder (2 Digit)
1
An svg image showing a math problem
42 riders are split evenly among 2 buses. How many riders REMAIN once the buses are evenly filled?
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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43 riders are split evenly among 10 cars. How many riders REMAIN once the cars are evenly filled?
a An svg image showing a possible answer to this math problem
b An svg image showing a possible answer to this math problem
3
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40 riders are split evenly among 13 cars. How many riders REMAIN once the cars are evenly filled?
a An svg image showing a possible answer to this math problem
b An svg image showing a possible answer to this math problem
4
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47 riders are split evenly among 23 cars. How many riders REMAIN once the cars are evenly filled?
a An svg image showing a possible answer to this math problem
b An svg image showing a possible answer to this math problem
5
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35 riders are split evenly among 17 cars. How many riders REMAIN once the cars are evenly filled?
a An svg image showing a possible answer to this math problem
b An svg image showing a possible answer to this math problem
6
An svg image showing a math problem
49 riders are split evenly among 24 cars. How many riders REMAIN once the cars are evenly filled?
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
An svg image showing a math problem
43 riders are split evenly among 21 cars. How many riders REMAIN once the cars are evenly filled?
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
An svg image showing a math problem
41 riders are split evenly among 13 cars. How many riders REMAIN once the cars are evenly filled?
a An svg image showing a possible answer to this math problem
b An svg image showing a possible answer to this math problem