Some curriculums emphasize a process oriented approach through practiced repetition while others aim to give students an experiential approach to learning through a selfdiscovery of math's underpinnings. Both methods can leave students lacking the skills to effectively use math. If your student finds themselves feeling like a machine cranking out problem after similar problem make sure they are doing more reallife application exercises followed by doing some writing on why a given process yields a given result. On the other hand, if your child has a general sense of the magnitude of numbers, spatial relationships, and the connection between similar figures make sure they know their multiplication tables, can add/subtract/multiply/divide fractions, as well as graph lines, etc. In conclusion, you want to aim for a balanced approach: an overall understanding of why math works the way it does as well as having the processoriented skills to execute and solve those math problems. Comments are closed.

Mario DiBartolomeoHelping students succeed in math for over 15 years. Individualized attention makes the difference! CategoriesArchives
May 2020
