CHAPTER ONE

INTRODUCTION

1.1 Background Of The Study

To the layman, the physical world around us is a collection of "mysteries." Nonetheless, these enigmas are being solved via science teaching. Science is defined strictly in this sense as an organized body of knowledge obtained from observation and experimentation. Ugochiwu (2009) asserts that science is primarily employed to explain, predict, and govern the physical environment. Thus, science as a discipline (particularly the fundamentals) is critical for man's development if he is to comprehend his environment and harness the principles buried in it. This leads Ugochiwu (2009) to believe that science education is critical across the globe.

However, in the debate over science education, chemistry, which is the branch of natural science that deals with the composition and structure of substances and the changes that occur as a result of changes in the structure of their molecules, has been identified as a critical science subject, with its significance in both the scientific and technological development of any nation widely reported. According to Dosmond (2005), it was because of the education placed on chemistry in the development of the person and the country that it was elevated to a major subject in the Nigerian educational system alongside natural sciences and other science-related courses. Thus, "it is worth noting that the deplorable status of chemistry education in secondary schools has been a source of concern for everybody interested in our nation's scientific and technological growth" (Inyang 2006).

Additionally, chemistry teaching should be outcome-driven and student-centered. This can be accomplished only if students develop an interest in teaching and teachers effectively spread knowledge to students via the use of suitable teaching techniques and resources, aware that the brain is not a passive consumer of information (Robertson 2002). However, chemistry is being assimilated in Nigeria. The sluggishness of chemistry absorption is affected by certain school variables and conditions, and the primary objective of this research is to provide remedies.

Additionally, school variables have been shown to influence learning outcomes to a degree. This is because educational resources and facilities are accessible to affect teaching and learning in a particular school. Rhene (2014) identifies school variables as educational infrastructures, facilities, personnel, learning space, learners involved, class size, school size, teacher professionalism in their area, school management system, teacher personal attitude, and laboratory inadequacies. Chinek (2015) asserted that children are motivated to study in a favorable learning environment to guarantee that secondary school teaching and learning are as effective as possible. As such, the nature of the aforementioned school variables has a considerable impact on students' learning and overall success.

As a result of the above, this research work is being conducted to analyze school variables and students' academic performance in chemistry in Kebbi State's Arewa Dandi local government region.

1.2 Statement Of The Problem

Chemistry teaching is intended to be outcome-driven and student-centered. This was assumed to be accomplished only if students developed a want to learn and teachers spread themselves advantageously, using proper teaching techniques and resources in teaching the students, cognizant of the fact that the brain is not a passive consumer of knowledge (Robertson 2002). However, knowledge of chemistry has been harmed, notably in Nigeria, by the bad attitude of both teachers and students of chemistry, which has been exacerbated by environmental variables such as class size and school location. On the basis of the above, the present research seeks to identify the school-related variables that contribute to inadequate chemistry teaching and learning in secondary schools.1.3 Objective Of The Study

The overall aim of this study is to critically investigate the school factors contributing to poor teaching and learning of chemistry in secondary school. Hence, the study will be channeled to the following specific objectives;

1.        Determine whether a significant positive relationship exist between availability of educational facilities, and effective teaching/learning of chemistry in secondary schools.

2.        Determine whether a significant positive relationship exist between teacher’s level of professionalism, and effective teaching/learning of chemistry in secondary schools.

3.        Determine whether a significant positive relationship exist between class size, and effective teaching/learning of chemistry in secondary schools.

1.4 Research Hypotheses

The following statements will be validated in the course of this study;

H01: There is no significant positive relationship between availability of educational facilities, and effective teaching/learning of chemistry in secondary schools.

H02: There is no significant positive relationship between teacher’s level of professionalism, and effective teaching/learning of chemistry in secondary schools.

H03: There is no significant positive relationship exist between class size, and effective teaching/learning of chemistry in secondary schools.

1. 1. This material content is developed to serve as a GUIDE for students to conduct academic research work
2. 2. As a source for additional understanding of the subject.
3. 3. As a source for ideas for your own research work (if properly referenced).
4. 4. For PROPER paraphrasing (see your university definition of plagiarism and acceptable paraphrase)
5. 5. Direct citing (if referenced properly)
Thank you so much for your respect to the authors copyright.