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Effect of Financial Numeracy on the Accuracy of Accounting Calculations among Accounting Education Students

Abstract

Financial numeracy refers to the ability of students to understand, interpret, and work accurately with numbers, mathematical relationships, percentages, ratios, and other quantitative information used in financial and business situations. Accuracy of accounting calculations refers to students’ ability to perform numerical computations correctly when solving accounting problems and preparing accounting information. Financial numeracy is important in Accounting Education because accounting involves frequent numerical calculations, including determination of costs, profits, depreciation, financial ratios, interest, and other financial values. However, weaknesses in numerical understanding may contribute to errors in accounting calculations. Therefore, this study will examine the effect of financial numeracy on the accuracy of accounting calculations among Accounting Education students. Financial numeracy involves the ability to perform basic mathematical operations, work with percentages, fractions, decimals, ratios, proportions, and interpret quantitative information in financial contexts. It also includes the ability to apply appropriate numerical procedures when solving practical financial problems. Accounting Education students use these skills when performing calculations involving transactions, costing, budgeting, financial statements, taxation, depreciation, and other accounting procedures. Strong financial numeracy can provide students with the numerical foundation needed to perform accounting calculations efficiently and accurately. Accuracy of accounting calculations refers to the correctness and reliability of numerical computations performed when solving accounting problems. It involves selecting appropriate calculation procedures, applying accounting formulas correctly, maintaining numerical precision, and arriving at correct financial results. Accounting calculations are required in several areas of accounting, including financial accounting, management accounting, cost accounting, taxation, and financial analysis. Financial numeracy can influence calculation accuracy because students who possess stronger numerical abilities may be better equipped to understand quantitative relationships, perform computations, detect numerical inconsistencies, and arrive at accurate accounting results. The study will adopt a quantitative research design. The population will comprise Accounting Education students in selected tertiary institutions. Data will be collected using a structured financial numeracy assessment and an accounting calculation test designed to measure students’ financial numeracy and accuracy in accounting calculations. The instruments will be subjected to appropriate validity and reliability procedures before administration. Data collected will be analyzed using descriptive statistics and an appropriate inferential statistical technique at a 0.05 level of significance to determine the effect of financial numeracy on the accuracy of accounting calculations among the students. The study is expected to establish that financial numeracy has a significant positive effect on the accuracy of accounting calculations among Accounting Education students. Students with stronger financial numeracy are expected to demonstrate greater accuracy when performing accounting computations involving percentages, ratios, financial values, costs, profits, and other quantitative information. The study may also establish that weaknesses in financial numeracy are associated with greater difficulty in performing accounting calculations accurately and consistently. The findings will have implications for the teaching and learning of Accounting Education. Accounting lecturers may need to provide students with opportunities to strengthen their numerical abilities alongside accounting concepts and procedures. Numerical practice activities, calculation-based exercises, financial problem-solving tasks, and practical accounting examples can help students develop greater confidence and accuracy. Lecturers can also identify areas of numerical difficulty and provide targeted practice to improve students’ ability to handle quantitative accounting problems. The study will be beneficial to Accounting Education students, accounting lecturers, tertiary institutions, curriculum developers, and employers of accounting graduates. Students may improve their numerical competence and accuracy in performing accounting calculations, while lecturers may gain useful information about the importance of financial numeracy in accounting instruction. Institutions and curriculum developers may also use the findings to strengthen quantitative components within Accounting Education programmes and improve students’ preparation for accounting-related academic and professional tasks. The study will recommend that tertiary institutions incorporate regular financial numeracy activities into Accounting Education programmes. Accounting lecturers should provide students with structured numerical exercises involving percentages, ratios, proportions, financial calculations, and practical accounting problems. Students should also be encouraged to engage in regular calculation practice and review their errors to improve accuracy. The study concludes that strong financial numeracy can significantly improve the accuracy of accounting calculations among Accounting Education students.

Keywords: Financial Numeracy, Accounting Calculation Accuracy, Accounting Education, Accounting Students, Numerical Skills, Accounting Calculations, Financial Mathematics, Quantitative Skills, Accounting Competence, Numerical Ability, Financial Calculations, Accounting Performance, Mathematical Skills, Calculation Skills, Accounting Learning