A few days ago was March 14, celebrated as “Pi Day”, because the number pi begins 3.14. It got me to thinking about how many time I’ve heard this about math and I know I’m not in a minority here: “I hate math”, “Why am I learning this?”, “I don’t see the point”,“I’ll never use it”. It’s sad and unfortunate that some people have no appreciation for the subject that is the backbone of everything! Some may love science, but if they don’t like math they will only go so far, because the language of science is mathematics. Both can be fascinating and fun, if taught in the right way.
There’s nothing to compare to performing a science experiment and seeing the ideas you learned come to life in action. Math can be just as fascinating. You do not have to be a mathematician or know fancy formulas to appreciate it’s power to answer simple everyday questions. The problem is, most don’t use it.
Many Black people, in particular, seem to have an absolute aversion to anything numerical. I believe this stems from how the subject is first presented to us. In general, mathematics is presented in a way that is disconnected from anything relevant. It is harder for a child to relate to and understand something that is abstract and not connected with day to day experiences. Word problems are supposed to make that connection, but even those aren’t relevant. This causes the majority of our children’s interest to drift away from math and science, the building blocks of every discipline. We need to nurture an interest for math and science in our children. How can we do this?
First, make sure you, the parent, have a solid grasp of the fundamentals of arithmetic—addition, subtraction, multiplication, division, fractions, decimals—so you can help your child master these fundamentals. Then, make an effort to make mathematics a part of your child’s life early on. Encourage basic counting, and as they get more knowledge, encourage finding patterns. Numbers and patterns are everywhere. Getting your child to find these numbers and patterns and using their skills in every day situations will give your child number sense and make math more relevant to them. Practice is essential but doesn’t have to always come from homework.
Here are more general ideas. You can tailor the activity according the child’s skill level.
*Find math games to play with your child. This will give them practice and have fun at the same time. I have a couple listed below. Maybe you can make up your own. Possibilities are endless.
*When walking down the street, count the number of houses or cars. Maybe notice if there are more cars than mini-vans or more apartment buildings than houses. How would you express this with the symbols < or >?
*If store items are stacked, challenge the child to use multiplication to count them.
*If watching passing cars, a game might be to find the number of cars that pass in 15 seconds, then approximate how many would pass in a minute. Count the number of cars passed in a minute to see how close the approximation was.
*If they have learned measurement, have them try to approximate the measure of different items—pencil, a lamp, a car, a tree, the height of a house. Once they are familiar with the measurement of one thing, encourage them to use that to approximate the measurement of something else.
*Notice the shapes and geometric figures of every day objects—canned goods, houses, tables, plates, curtains, blankets, windows, etc.– and notice how the parts connect to make the overall shape. If they know the formulas for area, or volume, maybe ask what formula would they use to find the area of the plate (circle) or square shaped part of the house or the volume of the can or the area of a rectangular shaped window or the triangular shaped part of the roof.
*Have the child to notice floor tiling. Some of these have fascinating patterns. Even to this day, I find myself looking at tiles on the floor and using multiplication to figure out the number of tiles in specific section or to find a pattern in the tiles.
*If a child expresses an interest in a particular topic that hasn’t been covered in school, do not discourage them or make them wait until the school starts teaching on it. Encourage them to seek information on their own, with appropriate supervision. Share what you may know on that topic. They may be mature enough to understand. Don’t let a school curriculum hold them back from independent exploration into math!
Don’t make it a chore. If they resist, don’t insist. It should be welcoming and interesting and fun.
Here are a few games I enjoyed growing up and still enjoy playing. They are inexpensive, don’t require any electronics and can be played anywhere. They can probably be found with a Google search if you want to do your own research.
1. Krypto, a math card game. One card is the target number, 5 other cards with a number on each are dealt to players. The goal is to use the 5 number cards and mathematical operations to make the target number.
2. Math Dice. This game is similar to Krypto, except dice are used instead of cards.
3. Qwixx. You use the numbers on dice to cross off numbers on a score card. It sounds simple, but requires more strategy than you might think.
4. Here is a paper version of a phone app I found called Number Twist. List 4 random numbers between 1 and 9, and they can be repeated. Use some or all of the numbers and mathematical operations to produce the numbers 1 thru 10. For example, if given the numbers 4, 5, 3, 4
5-4=1 or 4/4=1
5-3=2
(4+5)/3=3
So far, I have used the numbers and math operations to make the numbers 1, 2 and 3.
These games can also be used to strengthen skills and give your child more confidence with numbers. You can always make your own modified versions of these games. I have made modified forms of the games by changing the allowed numbers, throwing in other operations such as powers and roots or adding a timer to spice things up a bit. There are so many possibilities.
Again, the point is to give the child number sense, confidence in working with numbers and an appreciation for how math can be used to answer questions in everyday situations.
We need to change this trajectory. It is no wonder that the most oppressed people in the world (we really are!) spend most of our time and money on sports, gambling, partying, and entertainment instead of empowering our minds with the tools that rulers use to build civilizations.
Thank you for reading!