Physics for Scientists and Engineers samenvattingen

Assignment covers Chapters 8 - 10 of the "Mechanics" section of the textbook "Physics for Scientists and Engineers". Conservation of Energy, Linear Momentum, and Rotation of a Rigid Object About a Fixed Axis

Assignment 1 covering Chapters 1-4 in textbook "Physics for Scientists and Engineers". First section of textbook "Mechanics", Topics covered are motion in 1 and 2 dimensions, vectors and measurements

In depth notes on potential difference, calculating voltage at a radius r, voltage of a point charge/charged sphere, calculating electric potential energy, calculating capacitance using area and distance, relating potential difference to electric field, calculating electric field using potential difference.

Physics 204 Assignment 2 covering Chapters 5 - 7, the laws of motions, newton's laws, circular motion, and energy of a system

In depth notes on potential difference, calculating voltage at a radius r, voltage of a point charge/charged sphere, calculating electric potential energy, calculating capacitance using area and distance, relating potential difference to electric field, calculating electric field using potential difference.

Assignment 1 covering Chapters 1-4 in textbook "Physics for Scientists and Engineers". First section of textbook "Mechanics", Topics covered are motion in 1 and 2 dimensions, vectors and measurements

Physics 204 Assignment 2 covering Chapters 5 - 7, the laws of motions, newton's laws, circular motion, and energy of a system

Assignment covers Chapters 8 - 10 of the "Mechanics" section of the textbook "Physics for Scientists and Engineers". Conservation of Energy, Linear Momentum, and Rotation of a Rigid Object About a Fixed Axis

Contains: [*] Explanation and derivation of the equations of Instantaneous acceleration in a Simple harmonic motion system. [*] Conversion from Circular to Horizontal Mass-spring system. [*] Derivation of equations for the horizontal mass-spring system. [*] Detailed derivation for the Pendulum equations.

Derivation of the Equation of the capacitor (with conclusions) as well as for the Wheatstone bridge.