Division in context involves interpreting a situation as either finding the number of equal groups or finding the size of each group, representing the relationships with an equation, array, or bar model, and distinguishing division from other operations. For whole-number problems with dividends up to four digits and divisors up to two digits, the quotient and remainder must be interpreted in context—such as reporting, ignoring, or accounting for a remainder by forming an additional group—and checked through multiplication and estimation. Limited fraction-division contexts may involve a unit fraction and a whole number; more general fraction, decimal, and algebraic division are not included.
Division word problems ask you to split a total into equal groups. First decide what the quotient represents:
A teacher has 158 pencils. Each box holds 12 pencils. How many boxes are needed?
The total is , and each group has :
The quotient will tell us how many full boxes we can fill.
This means:
We can show this with an equation:
The question asks how many boxes are needed. The leftover pencils still need a box, so we must form one more group.
The teacher needs 14 boxes.
If there are boxes, they can hold:
There is enough space for all pencils. Also, is about , so an answer of boxes is reasonable.
Answer: The teacher needs boxes.
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