Love Learning

Help Your Children Have a Ball with Multiplication and Division

We have a new resource out that makes learning multiplication and division facts fun and easy. It is called Right-Brained Multiplication & Division: a Forget Memorization Book. For children who memorize and don’t seem to retain the facts in the long term, or who struggle to memorize and retain the facts even for a few minutes, why not abandon this frustration and go to a method that makes learning stick? It is common knowledge that images and stories act like glue to carry otherwise dull facts into a child’s brain. Using images and stories and body movement also reaches out to several regions in the brain at one time, making the likelihood of learning and recall very high.

Consider this: You can attack the x7 table with your child or your students and struggle through the dry facts, hoping that the facts will somehow stick to their brains OR you can take those facts and embed them in images and then attach a storyline that explains why those particular numbers are used. The story behind the images below is that the Seven Brothers decided to sell balloons. The day was very windy, so turnout was not great and they sold nothing at all. The next day, however, a couple came back (Mr. 5 and Mrs. 6). The wind had died down and Mrs. 6 saw a beautiful pink and orange balloon she felt she simply had to have! In fact she liked the balloon so much she bought two. One she carried in her hand, and the other she tucked into her purse for another time.

Oh, and by the way...

The next day, Mrs. 6 decided to go for a sail and for the occasion, she dressed up with her yellow shoes, pink purse and scarf and off she went with her two balloons! Our final chapter in the book has only one single fact the children have not learned to date (the other facts for this table have been learned with other times tables). Here is the fact that remains: 8x8=64.

 

See inside Right-Brained Multiplication & Division.

Snag a copy for yourself!

 

Hands-on activities and practice problems complete with answer key make teaching easy for the adult! 123 full-color pages.

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Parent review:

MARVELOUS!!!!! We just started using this book last week, and we have had wonderful success so far! My 2nd and 3rd graders actually look forward to math now...which is totally amazing because they have always "hated" math! This is definitely money well spent...especially for kids who are right-brained and/or don't enjoy memorizing math facts! :D

Why Make Learning Fun?

There is a streak in me a mile wide that makes me thrive on making people laugh. Don’t get me wrong; I am definitely not stand up comic material! I don’t enjoy taking the stage and having the burden on me of making people laugh; feels too much like being in a dark interrogation room with bright tell-the-truth lights focused on me; in that situation, my mind blanks out and the spit dries in my mouth. However, some of the warmest memories I have are of making kids laugh while teaching them really dry stuff.

It’s very convenient for me that research shows that children form positive emotional biases towards educational topics if we take the time to make those teaching moments warm and friendly. I know, I know, I’ve been a frazzled teacher also. I know how much of a strain it can be at times just to get the paperwork done in preparation for teaching. I can hear someone out there right now groaning, “Oh, so I’m supposed to write lesson plans AND be engaging, too?”

But let’s give it a whirl. I think that just like any other skill, the more we practice, the more natural the process becomes. Being engaging while teaching might be a real pain at first, but once we begin thinking that way, ideas will flow more and more readily from our imaginations. And the outcome will be priceless for our kids.

How Can We Turn Dry Stuff into Fun Stuff?

Ok, so I’m trying to think of the driest topic I’ve ever had to teach. Let’s see. I think learning about fractions might rank up there pretty close to learning correct use of apostrophes. So how can we make that topic engaging?

Guidelines for Planning Your Engaging Lesson

• Use a story to explain elements of learning

• Relate each part of the lesson to known objects

• Act it out whenever possible

• Feel free to be ridiculous…kids love it

Story

To explain fractions, say, “You want to make cookies. You are going to work on a table. You store your baking tools under the table. How many baking tools do you have stored?”  (show the following image)

Children will answer “Seven.”

Say, “You decide to use a large bowl, a small measuring cup, and a large spoon. You put these on top of the table where you will be working.”

Ask, “How many of the seven tools you had stored will you use to make the cookies?” (show the following image)

Children will answer, “Three.”

This story and these images will help a child understand the concept of what the number UNDER the line means as well as the number over the line in a fraction.

Notice in the illustration that we left gray placeholders for the tools the child will use to make cookies. The reason for this is that many children don’t understand that the number under the table signifies how many you have in all, while the number above the line signifies how many you will use. A common mistake children make is in removing items from under the table and reducing the bottom number by that many. So instead of making the fraction like this: 3/7, they would make ¾. Explain that you have to leave space under the table to replace the baking tools when you are finished and that the number under the table always represents how many tools you own in all.

For visual and tactile learners, using a story and visual such as this will help them understand and remember the concept of basic fractions. Of course you can make the story funny by enumerating really goofy ingredients.

Try Acting It Out

Act out making fractions using a student desk, play dishes and plastic food. Put the dishes under one desk and make a fraction for how many dishes you have under the line and how many you will use over the line. Next make a fraction using the plastic food. How many foods do you have in all? How many are you going to use in your soup?

Children love to use whiteboards and markers and make up their own fraction stories. A great follow-up to this lesson is to partner up the children and let them take turns making fraction stories. If you are working with only one child, take turns with her making up stories using real objects or drawing them as you tell the story.

Building Visual Memory for Number Relationships

Global children will benefit greatly from building a visual base to understand where each number falls in relation to other numbers. We’ve spent some time using dot cards to build a visual memory bank of how many each number is, of which combinations of numbers equal each target number, and now we will move on. For these games let’s use a different kind of number card.

Use a Five-Frame

I personally prefer the Five-Frame Dot Cards because when you make an array of numbers in rows of five instead of ten, the result is quite a few benefits. One benefit is that the five frame reveals wonderful patterns in numbers. Another is that we use fives for so many things in life. We have five fingers, five toes, we read an analog clock (do they still make those?) in increments of five minutes, etc. Another less obvious benefit of placing numbers in Five-Frames is that it provides another great opportunity for visual imprinting for computation.

Note the patterns that exist in the columns. 1 and 6 alternate rows, as do 2 and 7, 3 and 8, 4 and 9 and finally 5 and 0. To add five to a number you just pick the number just below it (ie:  3+5=8, which is found just under the 3). To add 10 to a number, just jump down two rows. 4+10=14, which is just below the 9 on the Five-Frame.

Seeing the numbers arrayed in this fashion is going to help your child in thinking about numbers.

But for now, let’s go back to dots instead of numbers and play some games!

Five-Frame Dot Cards

If you make some Five-Frame dot cards, you may play the same games you played with the other dot cards. Numbers are anchored to 5 and to 10 in this two-row dot card. Study this first dot card that shows 7. Notice that the dots on the top row are blacked in, plus two more dots on the next row. Children can learn rather quickly that the top row is like the five fingers on their left hand, while the second row is like the five fingers on their right hand. So, the 7 in the Five-Frame is like one hand and two more fingers. The visual background the child will gain is that 7 is 2 more than five and 3 less than 10. You will be letting your child gain a visual background for how each number relates to the numbers around it.

In the next dot card, 4 is shown. You can see 4 anchored to both 5 and 10. 4 is one less than 5, and you need six more to get to 10. Relate this dot card to your child’s hands by having him show you four fingers up on his left hand, but not his thumb, nor any fingers on his right hand.

Playing with the Five-Frame Dot Cards

1. Begin with number-recognition games. Show a card and ask, “How many is this?” Remember as always that the child is going to guess at how many, not count dots!
2. Next make the connection to the child’s own hands. Hold up  a dot card and have the child show you on her hands how many as she tells you orally how many the dot card shows. For example, if you hold up the 7 dot card, the child will hold up all five fingers on her left hand, two fingers on her right hand, and will say “seven.”
3. Next, ask, “How many more than 5?” She will answer “two.”
4. Finally ask, “How many more to 10?” She will compare the three fingers she’s NOT holding up to the three white dots on the Five-Frame and will answer “three.”
5. If the child is still engaged and having fun, ask questions like, “How many would it be if I took off one dot?” or “How many would it be if I colored in one more dot?”

Play Other Games with the Five-Frame Dot Cards

Turn the child loose to play memory or war or go fish with another child, or play with him. Try to limit the teaching moments and just let the child have a lot of experience focusing on playing the games because as he’s playing, he will be storing up a wealth of visual information about numbers! Visuals and play are great ways to help your child love learning!

More Dot Card Games

Visual Imprinting for Computation

The goal of these activities is for children to develop such a rich visual background for computation that they will “see” the answers in their heads in the form of visuals when confronted with abstract problems on a page. When playing the games, however, the process of laying a visual background is passive. The focus will be on the game, and during the game, visual images will be building in the child’s memory.

Introductory Game

Give the children blank squares of paper and a crayon or marker. Tell them you are going to play a different sort of memory game. You will show them a dot card, they will give it a good look, then you will hide the card and they will draw on a blank card what they remember seeing on your dot card.

Procedure

• Show the children a card.

• Let them take a good look at it, then put the card back into your stack.

• Ask the children to shut their eyes and “see” the card in their imagination. Can they see the pattern of dots? Great!

• Now ask them to open their eyes and draw the same pattern on a blank card.

• When they have completed this task, show them your card and compare yours to theirs.

Computation Imprinting

For these games it will be best to have two identical sets of cards – two copies of each dot pattern. 

Explore the dot patterns before you begin. Pay particular attention to how many different combinations of numbers that each number has. You can only make a three from 2+1. (We are ignoring 0 + the number for now). Four is made of two combinations of numbers, as is five. Six and seven have three possible number combinations, while 8 and 9 have four. Over time, the children will learn that if  you divide a number in half, it will have that same number of possible combinations. Odd numbers can be divided in half but will always have one extra “odd” number that cannot be paired up. I think  there is value in creating dot cards that have two colors like the ones in the illustrations. The color will help the children as they form visual memories. It is likely the children will forever more associate pink and blue with five, and orange and blue with four, however!

Go Fish

The first several times you play Go Fish, play it like you did before, using the total number of dots on the card when asking for a card. When the child has played this way a few times, switch. This time when you play Go Fish, instead of saying “Do you have a  5?” you will say, “Do you have a 1+4=5?” or “Do you have a 5+1=6.”

Memory

Similarly, when playing Memory, at first when you make pairs,  say the total number of dots on the  cards. After a few times playing that way, switch. Rather than calling out the total number, you will say, “6+1=7,” or “2+3=5.”

Next, we will explore ways to build visual memory for number relationships, so watch for that post next Tuesday! And by all means, have fun playing!

Games Using Math Dot Cards

Last week we made dot cards, and by now they are beautifully dry and ready to use.

Introducing the Games

My own preference when using math cards with beginners (four and five year olds) was to choose dot cards that only went up to 3. The instructions were that I would toss a card on the table and the children were to quickly say how many dots. The one rule was that they were not to count the dots, but just look and guess how many. If you have more than one child playing with you, let the kids take turns answering. Go through your stack a couple of times.

The next time you meet, add cards for number 4. Talk briefly about four and the dot arrangements on the four cards, and then shuffle the cards into the stack. Play the toss game again. Add another number each day until you have all the numbers to 10 in your stack. The following games should be modeled for the children first, and then they can play independently. If you are playing with one child, no problem!

Dot Card Flash

Pair up with your child or divide your group into pairs. One child will display a card and the partner will call out how many dots he sees. Remember, no counting allowed!

War

Again, this game is played in twos. Each player has a stack of dot cards held face-down. At the signal, “1-2-3-WAR!” players lay a card down, face up, saying the number of dots on their cards. The player who played the higher number gets both cards. The object of the game is to win all the cards.

War Variation

Before players lay down their cards, each says a number aloud. When cards are played, if that number shows up in the cards played, the person who chose that number takes the cards. If neither number shows up, cards go to the center pile. The next person to correctly call a number that is played gets all the cards in the center stack. For example, player 1 calls out “7” and player 2 says “5.” Both players lay down a dot card. The cards played are 3 and 4. Because the played cards do not match the numbers called, both cards go into the center pile and new numbers are called. The next time, player 1 calls out “8” and player 2 calls out “5,” and then both players lay down a card. Cards played are 5 and 7. Player 2 gets both cards. If by chance both players call numbers that match the played cards, each player gets the card she called.

Go Fish

You will need two sets of dot cards for this game. Shuffle the stacks and deal five cards to each player. The player who goes first will look at the dot cards in his hand and will ask the second player for a card to match one he is holding. For instance, if player 1 is to go first and she has dot cards 3, 7, 1, and 9, she will ask player 2 for one of those cards. If player 2 has one, he must surrender that card to player 1 who will place the matching cards face down beside her. Player 2 then asks for a card. If the requested card is not in his partner’s hand, she will say, “go fish” and the requesting player will draw a new card from the center stack. The game ends when the one player is out of cards. The player holding the highest number of pairs wins the game.

Follow Up

After your child has become very familiar with the dot patterns on the cards and has mastered the ability to name the numbers without counting the dots, it will be time to utilize her visual number sense in computation. Check back on Thursday for a new post about visual imprinting for computation. If you missed last Thursday's post about creating the dot cards, click here.

Making Multisensory Math Materials

In my October 22 post, I said the following, and now I want to jazz it up!

For the visual & tactile learner, use dot cards to practice learning how many each number is. For instance, if you steer a child away from counting up to add, she will begin to rely on her strong  visual sense to understand the “how many” of each number as well as to learn the combinations of numbers that equal each target number. These dot cards show various ways to arrange five dots so that not only will a child have practice just glancing and guessing “how many,” but also a strongly visual learner will begin to absorb that 5 can be made of different combinations of numbers. If you encourage your child to rely on her visual strengths, she will be much farther ahead than if you sit her down to do math the old way, which is to count up, count on her fingers, or just write the answers to problems written on paper. SO BO-ring! I call the practice of learning via images, Visual Imprinting.

Visual Imprinting Sets the Background for Success in Math

Our goal in visual imprinting activities is to connect abstract concepts to a visual image that is meaningful to your child. Visual imprinting just happens; it is a subconscious form of learning. You could call it “learning through the back door.” Visual imprinting occurs any time we see a complete picture or a specific part of a picture in our minds. Even though the idea of visual imprinting is elusive and hard to describe, we can deliberately take advantage of it in our teaching. If we can embed concepts we want a child to learn within a visual or a pattern, learning will happen unconsciously.

There are many methods out there for bringing kids up to speed in computation, but the most fun and the most effortless involve visual games. Let’s make some dot cards, making that process into a craft, and then play games with the cards. If your child is having fun, he will not even know he’s learning!

Making Math [dot cards] – A Multisensory Activity

• The first thing you will need is a small stack of sturdy, square blank cards. Ideally they would be between 3½ and 4 inches on a side. Make them bigger if you’d like to.

• Tempera paint in bright colors

• Wet sponge on a plate

• Paper towels

• Old newspapers

• A place to let the cards dry

Making the dot cards

1. Start with one number first – say the number 3.

2. Make several dot cards using a variety of arrangements and color combinations.

3. The child will dip her fingertip into the paint and then press her fingertip carefully onto the card, making sure to only make the number of dots you planned to make.

4. First card can have dots of the same color.

5. Second card could have one dot the same as the first card, but then the remaining two dots in a new color.

6. Name your cards according to what the pattern reminds you of. See examples below.

The first card just has three red dots. The second card has one red and two blue. It reminds me of a bear face. The bear has a red nose and blue eyes! In the third card, the bear is looking over his shoulder to see who is behind him. The third card can be a slide or stepping stones in the garden, or whatever else you fancy. Even if you do not stress that 3 red dots and zero other dots makes three, or that two blue dots plus one red dot make three, the child is storing up the visuals in his mind to serve as a reference point later. In addition to the visual, the child is feeling the squishy paint, smelling the tart aroma, and is seeing the color on his fingertips. It would be a powerful multisensory experience if you had your child dip three fingertips at one time in the paint because he would feel the three, see the three fingertips coated in paint, and then he’d feel and see himself transferring the color from his fingertips to the card stock.

Making More Patterns

When you make dot cards for fours, play with the arrangement of dots. The first card reminds me of a child sitting down reading a blue book. The third card looks so much like a footprint to me. The middle card could be anything. To me, it looks like sets of twins walking, as viewed by a bird flying over their heads.

Note that I have shown 3+1, 2+2, and 1+3. Use the first and last dot cards to explore the fact that no matter how you arrange the dots, 3 dots and 1 dot will always equal four.

One more set

Fives are fun. Card one is a box with a blue belly button. Card two can either be a house, or a sitting bear with blue shoes. Card three could be a baby chair with pink feet. Note that in my cards, I’ve covered both combinations of numbers that equal five. Once again, two cards show the same combination of numbers (3+2 and 2+3), both equaling 5.

When you have made your dot cards through the number 10, lay them out in a safe place to dry. Check back here on Tuesday for games to play with your dot cards! In the meantime, have fun creating!

Dyscalculic Learners

How can I help my child with dyscalculia learn math?
Dyscalculia is sometimes referred to as dyslexia in math. Because understanding and working with numbers requires skilled mental imaging, children who are not highly visual, or who have trouble visualizing concepts, struggle with computation. 


RECOMMENDATIONS:

• Show the meaning of computation using real objects for the child to manipulate
• Purposefully lead the child into the practice of visual imprinting for numbers
• Purposefully tie number symbols to the "how much" of a number using concrete objects
• Act out the action in a math problem
• Make sure the child understands the process that occurs in a calculation
• Allow a lot of practice time
• Use visuals and rhymes to learn math facts
• Use the visuals as a basis for having the child add number concepts to his mental "image bank"
• As he is working a problem, have the child demonstrate the problem using manipulatives, and have him explain verbally what he is doing in order to create a multisensory learning experience
• Encourage the child to draw pictures of what the math problem is asking and talk about what he is doing as he draw
  

  HOW WE CAN HELP YOU:

The Kid Friendly Computation series provides multisensory learning experience for the child with dyscalculia, who would otherwise struggle with math:

    The Kid Friendly series is very helpful for children who struggle with math, including children with dyscalculia because it incorporates a variety of learning styles within the lessons. Number recognition is taught via visuals and a song complete with body motions. The song also provides critical support for sequencing of numbers. Before doing any computation, many visual activities are provided to give the child a rich bank of visual images about the "how many is" for each number. The format is games, so the children are not aware of the fact that they are laying a rich visual background for computation.

     There is purposeful transition from visual experiences with numbers, to acting out problems and creating them using manipulatives. The transition from concrete to abstract happens in a very systematic way for those children who can work problems using manipulatives, but cannot transfer that knowledge and skill to paper and pencil.

     Rather than memorization of facts, the Kid Friendly series relies on arraying numbers in patterns so that children can make mental images of calculations rather than just memorizing a series of problems.

 The Kid Friendly series incorporates a variety of learning styles within the math curriculum. Visual learners will see numbers and computations through pictures, auditory learners will hear concepts put to music, and kinesthetic learners will be involved in hands-on activities. All of these activities connect learning to concepts in a meaningful and concrete way for children.