Children love playing with blocks, and often, they will naturally begin learning math without being prompted, like Pony Artist did just today.

*Disclaimer: I received no compensation for including pictures of this product in the original version of this post. I reserve the right to add affiliate information later.*

## How it happened (Just as the Pony Artist thought I should tell you.)

One day my Pony Artist was making a pattern of blocks. So, she started with two and went on to three
without skipping. Then she went on to
four without skipping, then five without skipping, then six without skipping,
then seven without skipping, then eight without skipping, then nine without
skipping, then ten without skipping, and
that’s how far she made the pattern to be.

## How to teach math without ruining the play

Ask questions. Play along.

### Patterns

"Look Mom, I'm doing a pattern." The Pony Artist already knows that when she uses the same colors in the same order, that is something to note.

**Strategy: Model using colors or symbols in a repetitive sequence, and point out anytime that your child uses a pattern in her work.**

### Arithmetic

I asked the Pony Artist, "What is one more than six?" She knew, based on her work that it is seven.

**Strategy: Notice when your child uses more or less of a building material and ask what the difference between the two groups is or ask how many more are in one group than the other.**

###

Algebra

My Pony Artist was using a pattern to increase each tower. The formula was: Number of blocks in the new tower = Number of blocks in the old tower + 1. You could write it New= Old + 1.

**Strategy: Model changing a group the same way every time. Point out when the child uses repetitive changes. Say things like, "Look, each group is three times as big as the one before it." Ask questions like, "How did you change each tower."**

### Calculus

The total number of blocks could be calculated using the calculus expression, x +1 integrated between 2 and 10. I asked whether we could make smaller towers, and the Pony Artist said, "Yes, but it won't follow my (AB) pattern."

**Strategy: Note the beginning and ending points. Count the blocks together, then let the child listen to you adding the totals of each column, allowing her to see a model of a repeating function.**

## What can we learn about how children learn math?

**First, Math, including Calculus, is fun**. I did not prompt the Pony Artist to do this work. She started building these towers just because the blocks were available, and she thought it would be fun.

**Secondly, Math concepts, including Calculus, are attainable.**I am not saying that true Calculus homework is easy. I am saying that most people can grasp the basic concepts.

**Finally, for many people, Calculus, and all math, would be more attainable if we spent more time working with it in concrete, visual, and even kinesthetic ways.**As a secondary teacher, I tended to think I did not have time for that kind of play. I was wrong. In the future, I will make the time.

*Maybe some primary teachers will be willing to make some time too.*
The Pony Artist did a great job! ;)

ReplyDeleteI will let her know. Thanks!!

DeleteFunny how many things can be learned with Legos!

ReplyDeleteNatalie, I agree. The list seems to go on and on!

DeleteI really like this post because your pony artist decided to make the patterns and you shared something with her. Learning she is likely to remember. (Also a huge fan of LEGO :)) Stopping by from Mom's Library

ReplyDeleteDon't you think all learning would work that way in a perfect world? Yes, love the Lego.

Delete