{"id":4670,"date":"2021-10-29T13:21:18","date_gmt":"2021-10-29T13:21:18","guid":{"rendered":"https:\/\/www.iseeahappyface.com\/?p=4670"},"modified":"2021-10-28T13:48:03","modified_gmt":"2021-10-28T13:48:03","slug":"truths-behind-the-mathematical-myths-we-love-to-believe-in","status":"publish","type":"post","link":"https:\/\/www.iseeahappyface.com\/truths-behind-the-mathematical-myths-we-love-to-believe-in\/","title":{"rendered":"Truths Behind The Mathematical Myths We Love To Believe In"},"content":{"rendered":"
Many people probably have heard a lot of myths about arithmetic and mathematical skills. You have probably believed in and embraced one yourself to justify why you are getting a low grade in the subject instead of enrolling in amath tuition centre in Singapore.<\/p>\n
The famous stereotypes that Asians are born maths geniuses; or creative and artistic people are naturally bad at maths are the usual misconceptions and myths we typically hear at school.<\/p>\n
Unfortunately, we grow up believing in these debunked myths, bringing them with us as we journey through tertiary education and even adulthood.<\/p>\n
Stop believing in these maths myths! This article will shed light on these misconceptions and highlight the importance of in-depth arithmetic education and A maths tuition in Singapore<\/strong><\/a>.<\/p>\n Before we discuss the maths misconceptions, let us first dive into the three primary mathematics-related beliefs. These beliefs include assumptions in mathematical education, beliefs about the self, and maths misconceptions in a social context.<\/p>\n Beliefs in mathematical education include people’s misconceptions about arithmetic as a subject and how it is taught and learned.<\/p>\n Beliefs about the self include the person’s maths misconceptions related to oneself, such as skills and learning capability.<\/p>\n Beliefs about the social context include the misconceptions about maths established in an environment, such as the schools and home.<\/p>\n You may have heard a lot of statements relating to maths as an innate skill. Stereotypes like Asians are maths geniuses, and maths skills are passed genetically are rooted in this misconception.<\/p>\n This misconception only justifies that non-Asians are bad at maths or students with parents that are bad at maths are more likely to be one.<\/p>\n Each one of us, not only Asians or those with “maths genetics,” have an innate “sense of numbers.” This skill includes subsidisation or the ability to identify or recognise the number of objects without counting or by just looking at them.<\/p>\n For example, you can distinguish which box contains fifteen balls and which one holds five balls. The left hemisphere of the brain is responsible for this innate skill.<\/p>\n However, this skill is not limited to humans. Animals also show evidence of innate ability in them.<\/p>\n The truth is there are lots of things that take place in maths. There are abstract concepts, symbolic representation, and language.<\/p>\n And to gain mastery in numbers and its abstract concepts–maths–a student must practice maths to hone the skill. On the other hand, A maths teacher or A maths tutor<\/strong><\/a> must provide a creative approach to help the students grasp mathematical concepts.<\/p>\n Many O level math tuitioncentres consider integrating visual and tactile representation and techniques in teaching maths.<\/p>\n Many people picked up this assumption from schools and A maths tuition in Singapore. At the end of the day, a maths teacher or math tutor in Singapore may only be able to teach one or two methods to solve an arithmetic problem. And the students must use these methods alone.<\/p>\n In reality, there is nothing wrong with following the teacher’s technique or methods in solving problems. However, there isn’t always one way to find the correct answer.<\/p>\n There are thousands of ways to solve arithmetic problems. According to several journals<\/strong><\/a>, giving students the opportunities to explore several ways to solve the questions provides promising results. Schools andmath tuition services in Singapore may also reap the same results by providing multiple strategies in working around numbers.<\/p>\n <\/p>\n Because of people’s existing notion that maths is a complicated subject, we believe that kids are too young to learn maths. Or perhaps, they will not understand mathematical concepts.<\/p>\n Therefore, we only expose them to counting and memorisation instead of introducing advanced arithmetic concepts.<\/p>\n Subsidisation, or the innate skill discussed in the first item, is evident in babies. Meaning babies can at least identify patterns.<\/p>\n The kids’ abilities to recognise and identify patterns can be used in mathematical concepts, including arithmetic, spatial reasoning, measurement, and geometry.<\/p>\nDebunking Maths Myths And Misconceptions We Believed In For A Long Time<\/h1>\n
\u25cf\u00a0\u00a0\u00a0\u00a0\u00a0 Beliefs in mathematical education<\/h3>\n
\u25cf\u00a0\u00a0\u00a0\u00a0\u00a0 Beliefs about the self<\/h3>\n
\u25cf\u00a0\u00a0\u00a0\u00a0\u00a0 Beliefs about the social context<\/h3>\n
MYTH #1: MATHS IS AN INNATE ABILITY<\/h2>\n
The Truth Behind The Myth<\/h3>\n
MYTH #2: THERE IS ONLY ONE WAY TO SOLVE A MATHEMATICAL PROBLEM<\/h2>\n
The Truth Behind The Myth<\/h3>\n
MYTH #3: KIDS DON’T UNDERSTAND MATHS<\/h2>\n
The Truth Behind The Myth<\/h3>\n