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This course includes
1. Derivatives of Functions
2. Some Rules for Derivatives
3. Integrals
4. Integrals as Sums
5. Vectors
6. Dot and Cross Products
7. More on Dot and Cross Products
8. Newton's Laws
9. Projectile Motion
9. Equations of Constraint and Frictional Forces
10. Frames of Reference
11. Inertial Frames of Reference
12. Frame of Reference Exam Question
13. Circular Motion
14. Circular Motion Exam Question
15. Double Atwood Machine
16. Problem From Quiz 1 2015
1. Momentum and Impulse
2. Conservation of Momentum
3. Continuous Change in Momentum
4. Force and Change in Momentum
5. Rocket Near the Earth's Surface
6. Work and Energy
7. Conservation of Energy
8. Using the Conservation of Energy
9. Conservation of Energy Exam Question
10. Conservation of Energy and Momentum
11. System of Particles and Center of Mass
12. Center of Mass of Mass Distributions
13. Tension in a String with Mass
14. Invarience of the Center of Mass
15. Invarience of the Position of the Center of Mass
1. Universal Gravitation
2. Gravitational Potential Energy
3. Torque
4. Angular Momentum
5. Conservation of Angular Momentum
6. Rotational Kinetic Energy
7. Parallel Axis Theorem
8. Perpendicular Axis Theorem
9. Torque as a Scalar
10. Area Density and Moment of Inertia
11. Torque in Equilibrium
12. Limiting Equilibrium
13. Translational and Rotaional Motion
14. Problem on Torque
15. Compound Systems
1. Rotational and Translational Motion
4. Rolling Down a Hill
5. Conservation of Angular Momentum
6. YoYo
7. Bowling Ball
10. Simple Pendulum Linear Equation
11. Simple Pendulum Angular Equation (part 2)
12. Compound Pendulums
You're new, you were pretty brilliant in school and suddenly you're struck by PHY-101. The different and mathematical approach to problem solving in physics can be a bit troubling for most of us. Especially those of us who won't even be using this in out lives... ever! This course is meant to smooth things out for you. The problems that you'll see in quizzes and exams will be of certain types. It's hard to make that metal leap in a problem with 10 minutes on the clock. Once you've seen a problem being solved (hopefully made notes along with it) it will just be a matter of putting values into the calculator. For those hungry the conceptual nitty gritty, there's enough here to go around, each exam question is preceded by lectures explaining the concepts and derivations.
What you'll learn
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