Posts Tagged ‘Addition And Subtraction’

Kids’ Mathematics – How to Make it Fun 30 Minutes a Day

January 28th, 2010

In this article, we are going to give you tips on how to make math fun for your kids. You can take the information and use it to increase your child’s math skills 30 minutes a day. Although most of the games are 30 minutes, you may find yourself doing it for an hour. Kids love to have fun and we’re going to give them what they are looking for.

Rapid Kids’ Mathematics

Kids interested in mathematics will love Rapid Math because it requires competition, speed, and accuracy. This game helps students become masters of basic math fundamentals such as multiplication, division, addition, and subtraction. Kids of all ages can participate in Rapid Math.

A minimum of four players are needed (one answering questions/one providing flashcards). Each player has one partner which will use math equations on their flash cards to answer math problems. There should be 100 flashcards per team.

The whole deck must be completed before the game ends. For instance, the child must understand and answer an equation no matter how many times it appears in the deck. Every time he or she gives an incorrect answer, the flashcard is placed back in the deck for the remainder of the game.

Why is Rapid Math a great way to teach your kids mathematics?

Parents can use Rapid Math as a game to encourage their child’s to seek knowledge. For instance, adding small prizes such as extra television time, recess, or a fun day at the park would make a child want to learn more to earn the prizes. The psychological and emotional impact of a job well-done keeps kids coming back to earn more.

Rapid Math can be an essential tool to ensure your child remains sharp in all areas of math. Parents can adjust the levels of difficulty from basic math to algebra; start your child’s academic future in the right direction by participating in Rapid Math to make learning fun. Other games are available for Grades K-6, but Rapid Math is the most effective in developing kids’ aptitudes for higher learning skills.




By: Kyle Taylor

Teaching Children Using Math Board Games

January 1st, 2010

Board games can be used for a number of educational purposes, as they have proven to help stimulate the minds of children in a fun, informative way. Learning things like multiplication tables, long division, or even more basic tasks like simple addition and subtraction can be difficult for young children, usually depending on their age and the amount of attention they have received on the object. It has also been long proven that most children have a better time learning skills when they are presented in a fun, interactive format, giving educational math board games a great platform on which to make their stand.

Math Smart is one such board game which helps children to easily begin to master the skills of basic math. The game plays out across a table, much like dominoes. There are 100 durable cards in each set of the game, which come in editions for each basic math skill. Some set focus on addition, while others help players learn their subtraction, multiplication, and division skills. The easy format helps any player to adapt quickly to the game and with a fun, slightly competitive environment, the learning aspect of the game may even go entirely unnoticed!

Another popular game, Goose Egg, can help children learn how to complete their math skills more quickly. Coming with three 10-sided dice, answer boards, a timer, and chips, players will need to roll the dice, figure out the multiplications between the numbers, and quickly cover up the correct answer on their answer sheets, all within a 30 second time frame! This teaches children to think quickly, trying to encourage them to learn how to complete the skills within a short time frame. However, players must be careful about the dice they roll, for if they end up with 3 zeros in any turn, they have received a goose egg and may be out of the game. This game is incredibly popular, as it encourages quick thinking in an easy to learn, fun environment, and many children have greatly benefited from playing with it.

Totally Tut is a great example of a game that gives children the chance to learn a number of basic math skills and the order of operations potentially without them even realizing it. Racing across a board made of different pyramids, the players try to correctly solve math puzzles that have been presented to them. When the problem is correctly solved, that player gains a piece which will help them to build their own pyramid. However, the game is not as simple as just building pyramids by solving problems, for other players have the chance to either steal or swap pyramid tiles, helping to complete their own and ruin another!

This game raises the level of competition, making the game a high-paced, harrowing experience for any players participating. With such an exciting environment provided by the game, it is no wonder that all of these educational board games help players to learn their techniques so quickly. Teaching math to young children has never been easier or more fun!




By: Victor Epand

Learning Disabilities and Late Intervention

August 7th, 2009

While learning disorders are being diagnosed earlier and earlier nowadays, sometimes certain cases still slip through the cracks. This is unfortunate, since the sooner a problem is identified, the sooner it can be dealt with. However, it’s always better to know that an issue exists than to never know, so if this is what’s happened with your family, keep in mind that there are still plenty of treatment options available to your child. Of course, the first step is figuring out whether or not your child has a learning problem, and if so, which one.

Below, you’ll find a list of symptoms grouped by disability type:

Dyslexia: Teenagers and adults who have yet to be diagnosed with dyslexia may have considerable difficulty with spelling. This may be demonstrated by spelling the same word multiple ways within the same essay. Those with dyslexia often rely heavily on phonetics when trying to spell a word. They may also write their letters or punctuation marks incorrectly (backwards, upside down, etc.) or put them in the wrong order.

Dyscalculia: People who don’t know that they have dyscalculia may still have extreme difficulty with basic mathematical principles and practices, such as addition and subtraction. They may have trouble dealing with number sequences, columns of numbers, and mathematical symbols. Other common signs of dyscalculia include overreliance on calculators and confusion with left and right.

Dysgraphia: Those with dysgraphia have a hard time writing or drawing within a defined space, like a piece of lined paper. This is due to poor development of fine motor skills. Another symptom of dysgraphia is illegible handwriting, which isn’t due to carelessness, but instead indicates a difficulty with handling a pen or a pencil.

Audio and Visual Perception Disabilities: If your child often has to ask you to repeat yourself, it may be a sign that they have an audio perception problem. It’s not that he or she isn’t listening carefully enough to you, it’s that their brain is unable to sort out which sound or tone to interpret first. Those with visual perception problems may transpose letters, punctuation marks, numbers, and mathematical symbols. Once again, this is an issue of sequencing malfunction in the brain, not lack of attention.

Memory Disabilities: These can manifest themselves in different ways. One common symptom is the inability to retain information that has just been relayed. For example, if your child can’t remember a passage that they have just finished reading, they may continue to reread that passage over and over again. This indicates a problem with short-term memory. Long-term memory problems may announce themselves through difficulties with retrieving information. For instance, if your child can’t recall the mathematical formula that allows them to calculate the circumference of a circle, long-term memory problems are at fault. Of course, the two are related, since if a piece of information doesn’t stick in your short-term memory, it won’t make it to your long-term memory either.




By: Jane Saeman