Let's use an area model to find the answer to $36\div3$36÷3.
We set up the area model using a rectangle like this.
$3$3 | |
Total area: $36$36 |
Now if we don't know what $36\div3$36÷3 is straight away, we start with something we do know, like groups of $10$10.
Fill in the area used so far if we take out $10$10 groups of $3$3.
$10$10 | ||
$3$3 | $\editable{}$ | |
Total area: $36$36 |
How much area is remaining?
$10$10 | ||
$3$3 | $30$30 | $\editable{}$ |
Total area: $36$36 |
What is the width of the second rectangle?
$10$10 | $\editable{}$ | |
$3$3 | $30$30 | $6$6 |
Total area: $36$36 |
Using the area model above, what is $36\div3$36÷3?
Let's use an area model to find the answer to $45\div3$45÷3.
Find the value of $78\div6$78÷6.
Find the value of $42\div3$42÷3.