THE EFFECT OF CLASS SIZE ON ACADEMIC PERFORMANCE OF CHEMISTRY STUDENTS IN SENIOR SECONDARY SCHOOL IN OVIA NORTH EAST LOCAL GOVERNMENT

ABSTRACT

The impact of class size on the academic performance of chemistry students in senior secondary school is a subject of significant interest and concern in the field of education. A growing body of research suggests that class size plays a crucial role in shaping the academic performance of chemistry students. Smaller class sizes tend to create a more conducive learning environment, with increased opportunities for individualized instruction, student-teacher interactions, and active engagement in the subject. This often leads to improved academic achievement, better understanding of chemistry concepts, and enhanced problem-solving skills. Conversely, larger class sizes can present challenges, as they may limit the teacher's ability to provide personalized attention and feedback to each student. In such settings, students may find it more challenging to grasp complex chemistry concepts, leading to lower academic performance. Factors such as teacher-student ratio, classroom management, and the availability of resources also play a role in mediating the relationship between class size and academic performance. Moreover, the impact of class size can vary based on the socioeconomic and cultural context of the school and its students. The effects of class size on the academic performance of chemistry students in senior secondary school are complex and multifaceted. It is essential for educators, policymakers, and researchers to consider these dynamics when making decisions about class sizes in order to enhance the learning experience and outcomes for chemistry students in this critical stage of their education.