In many schools, students only have a limited opportunity to conduct experiments with chemicals and acquire skills for conducting chemistry practicals. This lack of exposure leaves them unsure about experiment procedures and design.
Chemistry practical work is essential for several reasons:
Reinforcement of theoretical concepts: Practical work provides students with a hands-on experience that reinforces theoretical concepts taught in the classroom. It helps students to visualize and understand complex chemical phenomena that they might not fully grasp through theoretical explanations alone.
Development of laboratory skills: Practical work enables students to develop essential laboratory skills, such as accurate measurement, observation, recording of data, and analysis. These skills are transferable to other scientific disciplines and are highly valued in the workplace.
Safety awareness: Chemistry practical work emphasizes the importance of safety protocols and encourages safe working practices, which are crucial in preventing accidents in the laboratory.
Preparation for future studies and careers: Chemistry practical work prepares students for higher education and careers in the sciences, as it allows them to experience scientific research and experimentation first-hand.
Assessment of student learning: Practical work is an essential component of chemistry assessments, as it allows students to demonstrate their understanding and application of theoretical concepts in a practical setting. This assessment form also provides teachers with a valuable tool for evaluating students' laboratory skills and ability to work independently.
