Learning Outcomes
Students taking this introductory physics course tailored for chemists will gain several valuable educational skills:
1. Enhanced Understanding of Chemical Principles: Grasp fundamental physics concepts underlying chemical phenomena, such as atomic structure, bonding, and spectroscopy.
2. Interdisciplinary Skills: Develop the ability to apply physics principles to solve complex chemical problems, fostering a more integrated scientific perspective.
3. Improved Laboratory Techniques: Gain insights into the physical principles behind common laboratory instruments and techniques, improving experimental design and data analysis.
4. Preparation for Advanced Studies: Build a solid foundation in physics that prepares students for advanced coursework in physical chemistry, quantum chemistry, and material science.
5. Critical Thinking and Problem Solving: Enhance analytical skills by understanding the physical basis of chemical behaviors, encouraging critical thinking.
6. Career Advancement Opportunities: Open pathways to careers in research, chemical engineering, materials science, pharmaceuticals, and emerging fields like nanotechnology and quantum computing.
7. Scientific Literacy: Increase overall scientific literacy, enabling more informed discussions and decisions related to scientific and technological issues.
Course Content (Syllabus)
1. Models, measurement and vectors
2. One Dimensional Kinematics
3. Movement on a plane
4. Newton's Laws of Motion
5. Applications of Newton's Laws
6. Work and kinetic energy
7. Conservation of Mechanical Energy
8. Momentum and impulse
9. Rotational motion
10. Dynamics of rotational motion
11. Elasticity
12. Gravitation
13. Periodic motions- Oscillations
14. Mechanical waves
15. Electrostatics, Electric charge and electric field
16. Gauss Law
17. Electric potential
18. Capacitors and dielectrics
19. Current, resistance and electromotive force
20. Direct Current Circuits
21. Magnetic field and magnetic forces
22. Sources of the Magnetic field
23. Electromagnetic induction
24. Inductance and Magnetic Materials
25. Light, Reflection and Refraction
26. Wave Optics