Published at Wednesday, 18 September 2019. algebra. By Odette Marty.
Algebra I isn’t the first step toward math success — students begin exploring algebraic reasoning in kindergarten (and, ideally, even in preschool). Researchers say that a powerful way to help your child build a strong foundation in math is by encouraging them to develop a positive mindset about math. A strong mathematical mindset refers to how your child thinks about her ability to succeed in math class. It’s similar to having a “can do” attitude. Research has proven that having a positive attitude towards math contributes to higher math test scores and a better understanding of essential math skills. “One of the most important things parents can do is simply be positive about mathematics,” Larson says, “and point out where they themselves use mathematics and see mathematics in the world.”
Algebra is a challenge which is worth facing, Let’s face it – algebra can be hard and there will be a point for everyone when they find using algebra difficult. However algebra can also give a great sense of achievement and for those who become good at it in school, it can give a real feeling of satisfaction every time a problem is solved. In fact algebra can easily become the favorite area of mathematics for some pupils! Even it is a real challenge to you at school, try and talk to someone who struggled to get a grade C but finally managed it, or someone who has gone back to study maths later in life. Overcoming a difficult hurdle in life can feel really worthwhile and says a lot about you as a person.
The first year of algebra is a prerequisite for all higher-level math: geometry, algebra II, trigonometry, and calculus. Researchers have found in multiple studies that students who take more high-quality math in high school are more likely to declare science, technology, engineering, and mathematics (STEM) majors in college. Students who take Algebra II in high school are also more likely to enroll in college or community college. Algebra can lead to many new opportunities for success in the 21st century. What’s more, when students make the transition from concrete arithmetic to the symbolic language of algebra, they develop abstract reasoning skills necessary to excel in math and science.
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