University Physics samenvattingen

This is the first part of the course that covers topics ranging from Displacement & Velocity in 1D, Vectors & 2D Kinematics, Relative & Circular Motion, Newton's Laws, Forces & Free-Body Diagrams, and Friction.

This is the Part 4 in the University Physics (Dynamics) class. It includes topics such as Simple Harmonic Motion (SHM), Simple & Physics Pendula, Pendula, Harmonic Waves & the Wave Equation, Waves & Superposition, & Fluid Statics

This is part 2 of the University Physics (Mechanics) class. It includes topics such as Work & Kinetic Energy in 1D, the work energy theorem, work done by gravity, kinetic energy, conservative forces & potential Energy, vertical springs, box sliding down the ramp, work done by kinetic friction, potential energy, equilibrium, center of mass, conservation of momentum, elastic & inelastic collisions, impulse, and reference frames.

This is my PHYS 131 Final Exam Crib Sheet that helped me achieve an A in the class. It contains all the formulas that you need to know with some sample questions and answers from the textbook and ANS. Keep in mind that the format may not be suitable for you and creating a good crib sheet is always 100% your responsibility.

This is the third part in the University Physics class. It includes topics such as rotational kinematics & moment of inertia, parallel axis theorem & torque, rotational dynamics, rotational statics, angular momentum, angular momentum vector and precession.

This is my PHYS 131 Final Exam Crib Sheet that helped me achieve an A in the class. It contains all the formulas that you need to know with some sample questions and answers from the textbook and ANS. Keep in mind that the format may not be suitable for you and creating a good crib sheet is always 100% your responsibility.

This is part 2 of the University Physics (Mechanics) class. It includes topics such as Work & Kinetic Energy in 1D, the work energy theorem, work done by gravity, kinetic energy, conservative forces & potential Energy, vertical springs, box sliding down the ramp, work done by kinetic friction, potential energy, equilibrium, center of mass, conservation of momentum, elastic & inelastic collisions, impulse, and reference frames.

This is the first part of the course that covers topics ranging from Displacement & Velocity in 1D, Vectors & 2D Kinematics, Relative & Circular Motion, Newton's Laws, Forces & Free-Body Diagrams, and Friction.

This is the third part in the University Physics class. It includes topics such as rotational kinematics & moment of inertia, parallel axis theorem & torque, rotational dynamics, rotational statics, angular momentum, angular momentum vector and precession.

This is the Part 4 in the University Physics (Dynamics) class. It includes topics such as Simple Harmonic Motion (SHM), Simple & Physics Pendula, Pendula, Harmonic Waves & the Wave Equation, Waves & Superposition, & Fluid Statics