Is Economic Decision-Making Possible Without Mathematics?

Abstract

occur without the use of mathematics by employing a qualitative library research approach. The research draws on a wide range of primary and secondary sources, including classical and contemporary works in economics, decision theory, and behavioral economics, to explore the relationship between mathematical reasoning and economic behavior. The findings indicate that basic economic decisions can indeed be made intuitively, relying on experience, habits, and simple judgment without the application of formal mathematical tools. Such decisions are commonly observed in everyday life, particularly in low-risk and routine situations. However, the study also reveals that mathematics plays a crucial role in enhancing the quality of decision-making, especially in more complex and uncertain economic environments. The use of mathematical models allows for systematic analysis, improved accuracy, and greater efficiency in evaluating alternatives. Moreover, mathematical approaches facilitate prediction, optimization, and risk assessment, which are essential components in modern economic systems and policy-making processes. Without these tools, decisions tend to be more subjective and potentially less reliable. Therefore, although economic decision-making without mathematics is theoretically possible at a fundamental level, its effectiveness becomes increasingly limited as the complexity of the decision context grows.