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3.05 Dividing of 3 and 4 digit numbers

Interactive practice questions

Let's use an area model to find the answer to $6054\div6$6054÷​6.

a

We set up the area model using a rectangle like this.

$6$6
Total area: $6054$6054

Now if we don't know straight away what $6054\div6$6054÷​6 is, we start with something we do know, like groups of $1000$1000.

Fill in the area used so far if we take out $1000$1000 groups of $6$6.

$1000$1000
$6$6 $\editable{}$
Total area: $6054$6054
b

How much area is remaining?

$1000$1000
$6$6 $6000$6000 $\editable{}$
Total area: $6054$6054
c

What is the width of the second rectangle?

  $1000$1000 $\editable{}$
$6$6 $6000$6000 $54$54
  Total area: $6054$6054
d

Using the area model above, what is $6054\div6$6054÷​6?

Easy
2min

Let's use an area model to find the answer to $8848\div8$8848÷​8.

Easy
3min

Calculate $9000\div3$9000÷​3 by doing the following.

Easy
2min

We're going to break $9372$9372 into $6000+3000+360+12$6000+3000+360+12 to calculate $9372\div6$9372÷​6.

Follow these steps.

Easy
3min
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Outcomes

5.NBT.B.6

Find whole-number quotients of whole numbers with up to four-digit dividends and two-digit divisors, using strategies based on place value, the properties of operations, and/or the relationship between multiplication and division. Illustrate and explain the calculation by using equations, rectangular arrays, and/or area models.

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