Physics for Scientists 1

Learning outcomes / Competencies:

Enhance Fundamental Understanding: Strengthen their grasp of essential concepts crucial for success in undergraduate physics courses, ensuring a solid foundation for more advanced studies.

Demonstrate Comprehensive Knowledge: Display comprehensive familiarity with the diverse topics covered, evidenced by their ability to successfully navigate through each section and answer comprehension-testing questions.

Prepare for Advanced Studies: Attain readiness for more advanced physics studies by consolidating their basic knowledge and confirming their competence in fundamental concepts, positioning them for continued academic success.Enhance Fundamental Understanding: Strengthen their grasp of essential concepts crucial for success in undergraduate physics courses, ensuring a solid foundation for more advanced studies.

Topics:
1. Mathematical Basics

2. Uniform Motion in one Dimension

3. Accelerated Motion in one Dimension

4. Motion in 2 Dimensions

5. Inertia and Newton Axioms

6. Sum of Forces

7. Inclined Plane

8. Mechanical Work

9. Conservation of Energy

10. Mechanical Power

11. Conservation of Momentum and Collision

12. Circular Motion

13. Moment of Inertia

14. Torque

15. Rotation: Conservation of Energy and angular Momentum

16. Static Liquid and Gas

17. Bernoulli Equation