DOWNLOAD THE COMPLETE PROJECT

2 Users found this project useful

Impact of Numeracy Education on Adults’ Ability to Calculate Age Differences

Abstract

Numeracy education refers to learning activities that develop adults’ ability to understand and apply basic mathematical concepts in everyday situations. Calculating age differences is an important practical numeracy skill because adults may need to determine differences between ages when completing forms, interpreting demographic information, comparing age groups, or handling family and community records. However, inadequate numeracy skills may make such calculations difficult for some adults. Therefore, this study examines the impact of numeracy education on adults’ ability to calculate age differences. Numeracy education exposes adults to basic arithmetic operations, number relationships, subtraction, comparison of values, and practical calculation procedures. Through demonstrations, worked examples, exercises, and real-life numerical situations, adult learners can develop greater confidence and accuracy in performing calculations. Applying these activities to age-related examples can help learners understand how dates of birth and ages can be compared to determine the difference between individuals. Adults’ ability to calculate age differences refers to their capacity to correctly determine the numerical difference between the ages of two or more individuals. This skill requires adults to identify the relevant ages, apply appropriate subtraction procedures, and interpret the resulting difference correctly. Numeracy education can improve this ability by providing structured practice and practical examples that enable adults to apply basic mathematical knowledge to age-related calculations. The study will adopt a survey research design. The population will consist of adults participating in selected adult education programmes, while an appropriate sample will be selected using a suitable sampling procedure. Data will be collected using a structured questionnaire and a practical numeracy assessment designed to measure exposure to numeracy education and adults’ ability to calculate age differences. The data obtained will be analysed using appropriate descriptive and inferential statistical techniques. The study is expected to establish that numeracy education has a positive impact on adults’ ability to calculate age differences. It is expected that adults exposed to relevant numeracy instruction will demonstrate greater accuracy in comparing ages, performing age-difference calculations, interpreting numerical differences, and applying the skill to everyday situations. The findings will have implications for teaching and learning in adult education programmes. Facilitators can incorporate practical age-related calculations, number-line activities, subtraction exercises, and real-life examples into numeracy lessons. Providing repeated opportunities for guided and independent practice can help adults develop greater accuracy and confidence in applying numeracy skills. The study will be significant to adult learners, adult education facilitators, community learning centres, policymakers, and organizations involved in adult literacy and numeracy development. Adults may benefit from improved ability to perform simple age-related calculations in everyday situations, while facilitators can use the findings to strengthen practical numeracy instruction and assessment. The study will recommend that practical age-calculation activities be included in relevant adult numeracy programmes. Facilitators should use simple examples, demonstrations, exercises, and everyday situations to strengthen adults’ ability to calculate age differences accurately. The study concludes that effective numeracy education can improve adults’ practical calculation skills and enhance their ability to apply basic numerical knowledge to everyday tasks.

Keywords: Numeracy education, adult education, age calculation, age differences, numerical skills, arithmetic skills, subtraction skills, practical numeracy, mathematical understanding, numerical comparison, number skills, calculation accuracy, everyday mathematics, adult learners, functional numeracy