ICMScE 2020
Conference Management System
Main Site
Submission Guide
Register
Login
User List | Statistics
Abstract List | Statistics
Paper List
Presentation Video
Online Q&A Forum
Access Mode
Ifory System
:: Question & Answer ::

Video Direct Link | Abstract

Abstract
ABS-67
Analysis of the indicators forming the mathematical resilience of high school students
Yohannes(1*), Dadang Juandi(2)
Corresponding Author: Yohannes .


Question from Ms. Nana Diana
2020.07.12 10:10:10

Dear Mr. Yohannes,
It is an honour to watch your great presentation,
Well, I ever teach mathematics for elementary students, sometimes I am struggling
to motivate them in learning due to their anxiety toward Mathematics.
In this occasion, I would like to ask about, how to minimize elementary students^
anxiety through implementing mathematical resilience?
Thank you in advance.

Best regard,
Nana Diana

Reply from Mr. Yohannes .
2020.07.12 18:07:56

Hello, Ms. Nana Diana.
Thank you for your kind question.
I^ll try to answer your question.

Inevitably, students often feel anxiety in mathematics. Especially for elementary
students who are still learning to understand the basic concepts of mathematics,
they will often experience difficulties which will ultimately make them worried or
afraid of mathematics. However, by developing mathematical resilience in
students, mathematics anxiety can be overcome. Some solutions that we can
use to develop mathematical resilience in students (supported by the opinions of
Johnston Wilder et al. (2015), Newman (2004), Taylor & Tyler (2012), and
Benard (1991)), such as:
1) Creating a comfortable and pleasant learning atmosphere for students. In
this case, learning while playing can be a fun learning activity.
2) Designing and implementing fun learning strategies so that mathematical
material can be understood easily and meaningfully, for example, like hands-on
activity.
3) Providing a space for students to gain their own mathematical experience so
that students are trained to manage problems properly, find appropriate
solutions, not be afraid of failure, and be able to manage thoughts and emotions
when facing difficulties.
4) Providing social support to students in the form of motivation, attention, and
moral support, especially when students experience failure in learning
mathematics.
5) Support the existence of positive interactions between students and peers,
especially in the context of mutual support for learning mathematics.
6) Inviting students to be active in classroom learning and also activities outside
the classroom, such as extracurricular activities, because extracurricular
activities can foster soft skills for students, including resilience.

By doing some of the above methods, it is expected that students^ mathematical
resilience can develop so that mathematics anxiety can be minimized or even
disappeared. Thank you.

Best regard,
Yohannes.

Reply from Ms. Nana Diana
2020.07.12 20:58:44

Alright Mr. Yohannes, thank you so much for your clear and detail explanation, it
helped me a lot.

ICMScE 2020 - Conference Management System

Powered By Konfrenzi Ultimate 1.832L-Build7m © 2007-2025 All Rights Reserved