THE ROLE OF ARITHMETIC PROGRESSIONS IN LIFE PROCESSES
Keywords:
Arithmetic Progressions, Real-Life Applications, Finance, Population Growth, Construction, Predictability, Mathematical ModelingAbstract
Arithmetic progressions (AP) are a fundamental concept in mathematics where each term in the sequence increases or decreases by a constant difference. This paper examines the role of arithmetic progressions in real-life processes across various domains such as finance, population growth, construction, and travel. Through systematic analysis, we explore how APs are applied to model linear changes in these fields and their significance in understanding patterns. The study demonstrates the practical utility of arithmetic progressions in making predictions and solving problems in real-world scenarios. Results indicate that interactive methods foster increased student participation, improve mathematical problem-solving skills, and enhance both student motivation and their long-term retention of key concepts. The paper also discusses the challenges teachers face in implementing these methods and offers recommendations for overcoming these obstacles to enhance the effectiveness of mathematics instruction in primary schools.
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