By SiMs4lab1m. Addition Worksheets. At Monday, October 07th 2019, 21:01:06 PM.
Children who struggle in a traditional learning environment can also get great benefit from digital learning games. Interactive platforms provide a fun way to learn without fear of failure and give rewards that are in line with what is being learned. Through games, your child can gain the confidence he or she needs to approach math concepts that once seemed impossible. This confidence helps improve school performance and can lead to more positive participation in a classroom environment. Unlike basic school curriculum, digital learning games can be designed to move at your child has pace. Many games feature levels that build upon each other, so your child does not have to sit through lessons that he or she has already mastered. Instead, each level of the game increases in difficulty depending on how well certain ideas have been grasped. This creates a custom learning environment catered to the pace your child feels comfortable with. Without the stress of worrying about being left behind or the boredom that can result from having to wait to move on, kids can work at the speed they prefer and learn in a way that is just right for them.
It is no secret that kids love to play. Kindergartens can get hours of enjoyment from the simplest of things, so it makes sense to utilize this natural tendency towards playfulness to enhance their learning experience. Digital learning games can improve kindergarten math skills simply by being fun for the kids who play them. Instead of sitting down with a worksheet or textbook, your child can use your home computer to enter an interactive learning environment that provides the tools they need to grasp basic math concepts. As they navigate their way through colorful levels filled with interesting characters, they will be building the skills necessary to get them ready for addition, subtraction and other more advanced childhood math.
The answer for the above question is hidden in a simple example. I always give the example of stairs to my students, and giving the same example in this article. I compare the steps of a staircase to the concepts in mathematics. As this is very hard to reach higher floors of a building without stairs (or elevators these days), same way learn higher concepts in mathematics without learning basic concepts is very hard. People have to start from the ground, then first step, second, third and so on to reach their destination floor. Exactly the same way students have to start from Kindergarten, then grade one, grade two and three and so on to reach their math destination. Also, if some of the steps are broken in the staircase, it is still hard to reach the desired floor using those steps. Same way, if you are missing some of the basic concepts from elementary grades, math for you is still hard.