10 Important Physics Practical Of FSc | BISE Gujranwala | Faseeh Janjua | NF Science Academy

Join Physics Library WhatsApp group for 24 hour physics discussion and all news related to physics: https://chat.whatsapp.com/CKvejJphPxQ... ------------------------------------------------------------------------------------------------- 10 Important Physics Practical and Cost of instruments: https://drive.google.com/drive/folder... --------------------------------------------------------------------------------------------------- In this eye-opening video, I explore the significant issues plaguing the FSC practical exams under the BISE Gujranwala system. Many students are unaware of even the basic names of laboratory instruments, and the widespread culture of cheating undermines the integrity of these exams. I provide a thorough analysis of the current system's flaws and offer practical solutions for teachers to enhance the quality of science education. Key Points Covered: Student Knowledge Gaps: Many students lack fundamental knowledge about laboratory instruments, which hinders their ability to perform practical experiments effectively. Cheating Culture: The prevalence of cheating during practical exams is a major concern. I discuss how this not only impacts student learning but also devalues the education system. Teacher Responsibilities: Educators play a crucial role in shaping students' understanding and skills. I emphasize the need for teachers to ensure that students are well-prepared for practical exams and understand the importance of academic honesty. Improvement Strategies: I offer actionable strategies for teachers to improve the current situation, including: Conducting thorough pre-lab sessions to familiarize students with lab instruments and procedures. Implementing strict anti-cheating measures to uphold exam integrity. Encouraging hands-on practice and interactive learning to build student confidence and competence. Regularly assessing student understanding through quizzes and mini-exams to identify and address knowledge gaps. Top 10 Practical Experiments: I highlight the ten most important practical experiments that students should master, including: 1. Find the value of g by an oscillating mass spring system 2. Find that refractive index of material off the prism by critical angle 3. a. Verify that the time period of simple pendulum is independent of its amplitude b. Verify that time period of a simple pendulum is independent of the mass of the bob c. Verify that the time period of a simple pendulum is directly proportional to the square root of its length 4. Find the volume of cylinder using Vernier caliper 5. Find the area of cross section of the wire by using screw gauge 6. Find the resistance of the Galvanometer by half deflection method 7. Find the resistance of the wire by a slide wire bridge 8. Verify the truth table for OR, AND and NOT gate 9. Verify that the photo electric current is directly proportional to the intensity of light of the photo cell 10. Find the EMF of a cell by using a potentiometer Conclusion: By addressing these critical issues and implementing the suggested strategies, we can significantly improve the quality of practical science education. Teachers have the power to foster a culture of integrity and excellence, ensuring that students are well-equipped with the necessary skills and knowledge for their future scientific endeavors. Call to Action: If you’re an educator, join me in taking proactive steps to enhance the integrity and effectiveness of our practical exams. Together, we can make a positive impact on our students' learning experiences and academic success. Music: Sport Percussion Musician: PaulYudin URL: https://pixabay.com/music/-sport-perc...