Research Article

Learners’ Beliefs in Learning Mathematics and their Numeracy Skills: An Intervention Program

260 reads
Psych Educ Multidisc J, 2025, 41 (6), 772-778, doi: 10.70838/pemj.410609, ISSN 2822-4353

Abstract

The study sought to find out the Learners’ Beliefs in Learning Mathematics and Their Numeracy Skills. This study was conducted at Cluster 3 of Schools Division of Bais City in the School Year 2024-2025. The quantitative descriptive research method was used with the statistical tools of percentage, frequency, weighted mean, and chi-square in the statistical treatment of data. The data were gathered through a questionnaire accomplished by the identified Grade III learners as respondents. The results show that learners believe that math is a concept that everyone can learn and that it is something that can be used every day. Math is an exciting subject to many students, some even compare it to a puzzle or a game to play. Also, students recognize that math is essential in daily life, aiding in activities like cooking, shopping, and managing finances. Based on the findings, more than half of the Grade III learners are numerates, and their mathematics beliefs tend to be positive, indicating a strong level of confidence and engagement in learning math. It is also revealed that learners' beliefs about mathematics are not significantly influenced by their demographic profiles. To address students' lack of understanding of math's real-world applications, teachers should incorporate budgeting, cooking measurements, and time management into lessons. Since math isn't simple for everyone, guided instruction using visual aids and interactive tools can help break down complex ideas. Promoting a growth mindset through encouragement, rewards, and celebrating small successes will boost confidence. Gamified learning, like puzzles and scavenger hunts, can make problem-solving more enjoyable. With nearly half of Grade III learners being non-numerates but holding positive beliefs about math, interventions should enhance their foundational skills while sustaining motivation. Programs like the National Learning Camp, game-based learning, and hands-on activities can make math more engaging. Scaffolded instruction, peer mentoring, and real-life applications will reinforce skills and ensure students feel supported while learning.

Keywords: mathematics, intervention program, quantitative method, numeracy skills, learners’ beliefs

Blockchain Confirmation

Loading...
If you want to upload this article to SciMatic Hybrid Blockchain, install MetaMask extension to your web browser, create a wallet and buy SCI coins at SciMatic using credit or contact your country coordinator.
One article costs 10 SCI coins to be in the Blockchain. Buy SCI Coins

Bibliographic Information

Stephanie Claire Español (2025). Learners’ Beliefs in Learning Mathematics and their Numeracy Skills: An Intervention Program, Psychology and Education: A Multidisciplinary Journal, 41(6): 772-778
Bibtex Citation
@article{stephanie_claire_español2025pemj,
author = {Stephanie Claire Español},
title = {Learners’ Beliefs in Learning Mathematics and their Numeracy Skills: An Intervention Program},
journal = {Psychology and Education: A Multidisciplinary Journal},
year = {2025},
volume = {41},
number = {6},
pages = {772-778},
doi = {10.70838/pemj.410609},
url = {https://scimatic.org/show_manuscript/5698}
}
APA Citation
Español, S.C., (2025). Learners’ Beliefs in Learning Mathematics and their Numeracy Skills: An Intervention Program. Psychology and Education: A Multidisciplinary Journal, 41(6), 772-778. https://doi.org/10.70838/pemj.410609

Author Information

  • To change your profile photo, login to scimatic.org, go to your profile and change the photo.
  • Provide a face photo, and not full body.
  • It is better to remove the background from your photo. Go to Remove Background and then upload to profile
  • If you are unable to login, go to Reset My Password provide your email registered with the article and get new password.
  • In case of any other problem, contact your editor directly or write to us at info @ scimatic.org