Click Here to Sign up to our Newsletter!
24 April 2023
By Karen Archer, Educational Psychologist and Director at Bellavista S.H.A.R.E
Maths anxiety is a state of discomfort which occurs in response to situations involving the solving of mathematical problems in a wide variety of ordinary life and academic situations.
Think about how some of these daily scenarios make you feel: Your bill arrives at a restaurant and you have to work out the tip, working out a sales discount at the shops, understanding the odds for a bet on a horse race; working out your pay rise when you are told it will be an increase of 5.25%, or changing the quantities of a recipe for four when cooking for six.
Do any of these scenarios provoke a sense of anxiety in you? Some people may feel highly anxious at the mere sight of a Maths problem, triggered by a symbol or a concept, creating a mental block anxiety. One of the most serious outcomes of Maths anxiety, is that it prevents some learners from engaging with Maths at almost any level, and this can have a profound effect later into adulthood.
Maths anxiety can be the result of particular life experiences or teaching techniques.
Socio-cultural Maths anxiety is a consequence of common beliefs and myths about Maths, such as:
Dispelling these myths can assist in lessening the anxiety around Maths and allow leaners to flourish.
Judy Hornigold speaks of a 75- year-old woman who enrolled in the college’s functional Maths course. She explained that at age 11 her teacher had told her she was too stupid to learn Maths. The woman remembered every detail about that day: the weather; what she wore; where she sat and what she could see from the window. She had spent her life believing that teacher, but she was determined not to die without proving her wrong.
The more we fail at something the less we want to do it. Steve Chinn researched the age at which children are seen to give up on Maths. Shockingly, it’s as young as 6 years old. ‘Evidence suggests that maths anxiety results more from the way the subject is presented than from the subject itself.’
What do students think?
Some years ago, Steve Chinn asked a group of students age 11 to 18 what hindered them in class and provoked unnecessary anxiety. Their comments were as follows:
When we are anxious, our bodies produce adrenaline to aid our fight or flight response. But if you think about a classroom situation, a child will find it difficult to do either the fight or flight responses, and our bodies then produce even more adrenaline, leading to a paralysing anxiety.
The physical symptoms you often see with maths anxiety are:
Psychological symptoms
In the classroom, this can manifest in behaviours such as task or school refusal, avoidance, distractibility or tearfulness. You may also see acting out and aggression. Working memory is vital to Maths, especially mental arithmetic. Anxiety influences your working memory, and research shows degraded performance either in speed or accuracy. Maths anxiety can also appear that the child has no understanding of the concept so when assessing for dyscalculia and severe Maths difficulties, one must always first consider the presentation of severe Maths anxiety.
It is important to be able to identify Maths anxiety and to help learners overcome it by creating a teaching and home environment in which they feel secure and supported. This can be done by encouraging verbalisation of ideas and processes. Give work that is appropriately challenging and give credit for persistence and resilience. Use appropriate concrete manipulatives in a way that develops understanding. Don’t move too quickly from concrete materials to abstract concepts and revisit concepts regularly. It is also important to encourage collaboration with all key role players in the child’s life.
When Steve Chinn asked those students what helped them to overcome their anxiety, the children reported:
For me as an educator and psychologist, probably the most important way to lessen anxiety is to encourage a growth mindset and a sanctuary where mistakes are considered as vital to developing understanding. Research by Jo Boaler and Carol Dweck at Stanford University has shown that while synapses grow in the brain when a mistake is made, there is no growth when the answer is correct. It is the struggle to get the right answer that fosters growth, even if the mistake is not rectified. In terms of mathematical development, mistakes are valuable. Ultimately, classrooms need a risk-taking ethos, where children feel proud of their struggle, knowing that by making mistakes, their brains are growing. This mindset moves away from always focusing on the answer to focusing on the thought processes and the underlying understanding. For more information, visit www.bellavista.org.za
References:
Chinn, Steve. (2020). The Trouble with Maths (4th ed.) Taylor & Francis Ltd. London, United Kingdom.
Chinn, Steve. (2019). Myth buster: The biggest misconceptions about dyscalculia. http://www.stevechinn.co.uk/dyscalculia/myth-buster-the-biggest-misconceptions-about-dyscalculia
Hornigold, Judy. (2015). Dyscalculia Pocketbook (1st ed.). Pocketbooks. Alresford, United Kingdom
About Bellavista SHARE
Bellavista S.H.A.R.E. is the Education Resource Centre of Bellavista School, an independent school in Johannesburg that is widely regarded as a centre of excellence in the field of remedial education. With the Bellavista S.H.A.R.E initiative, the school harnesses the collective capacity it holds within its own staff to improve the quality of educational delivery in Southern Africa by sharing its wealth of professional knowledge, experience, and collective expertise with the community of educators and health professionals working with children in the region.
Article supplied by Karen Archer - Educational Psychologist, directly to eduweb.africa - Copyright protected ©
© 2024 - eduweb.africa