Published items
Linear Maps, Coordinate Vectors, Nullspace, and Range, MATH 416 – Study Notes
MATH 416 Final Exam 1 Solutions and Answers Guide
Matrix Rank and Inverse Operations, MATH 415 – Study Notes
Determinants: Properties and Evaluation, MATH 415 – Study Notes
Linear Independence, Basis Extension, and the Replacement Theorem, MATH 415 – Study Notes
Matrix Operations & Determinants: In-Depth Study Guide for Linear Algebra
Spectral Theorem (Real Case), MATH 416DE Lecture 36 – Study Notes
Jordan Canonical Form and Generalized Eigenspaces, MATH 416DE Lecture 36 – Study Notes
Lecture 36: Spectral Theorem and Jordan Canonical Form (416DE)
Spectral Theorem (Complex Case), 416DE Lecture 35 – Study Notes
Spectral Theorem (Real Case), 416DE Lecture 35 – Study Notes
Spectral Theorem and Eigenvectors in Linear Algebra (416DE Lecture 35)
Least Squares Approximation, MATH 416DE Lecture 33 – Study Notes
Adjoint Operators and the Spectral Theorem, MATH 416DE Lecture 33 – Study Notes
Lecture 33: Theorem and Lemma Analysis in Linear Algebra (416DE)
Orthogonal Sets, Orthonormal Bases, and the Gram-Schmidt Process – MATH 416, Lecture 31 – Study Notes
Lecture 31: Orthogonal and Orthonormal Bases in Linear Algebra (416DE)
Orthogonal Complements and Orthogonal Projections – MATH 416, Lecture 31 – Study Notes
Gaussian Elimination and RREF, MATH 416 Lecture 03 – Study Notes
Solution Sets and Rank of a Matrix, MATH 416 Lecture 03 – Study Notes
Vector Spaces: Definition and Axioms, MATH 416 Lecture 03 – Study Notes
Lecture 03 Notes for Math 416
Adjoint, Self-Adjoint, and Normal Operators – MATH 416, Lecture 34-1 – Study Notes
Spectral Theorem and Schur's Theorem – MATH 416, Lecture 34-1 – Study Notes
Spectral Theorem and Eigenvectors in Linear Algebra (416DE)
Orthogonal Projections and Decomposition, MATH 416 Lecture 32 – Study Notes
Least Squares Approximation, MATH 416 Lecture 32 – Study Notes
Lecture 32: Orthogonal Projections and Subspaces in V (416DE)
RC Circuits and Measuring Capacitance – PHYS 212, Lab 6 – Study Notes
Uncertainty and Error Propagation – PHYS 212, Lab 6 – Study Notes
Lab 6 Activity: Measuring Capacitance of 22μF Capacitors
Capacitors in DC Steady-State Circuits, PHYS E&M – Study Notes
Multi-Loop Circuits, Kirchhoff's Laws, and the Wheatstone Bridge, PHYS E&M – Study Notes
Homework 10
DC Circuit Analysis: Series-Parallel Resistor Networks, PHYS 212 – Study Notes
Coulomb's Law and Electric Forces, University Physics: E&M – Study Notes
Electric Fields from Point Charges and Continuous Distributions, University Physics: E&M – Study Notes
Homework 1
Electric Potential Energy, Point Charges – PHYS E&M, Homework 5 – Study Notes
Electric Potential and Integration of E-fields – PHYS E&M, Homework 5 – Study Notes
Gauss's Law, Spherical Charge Distributions – PHYS E&M, Homework 5 – Study Notes
Homework 5
Kirchhoff's Rules: Multi-Loop Circuit Analysis, PHYS 101 – Study Notes
Internal Resistance and Real Battery Circuits, PHYS 101 – Study Notes
Kirchhoff's Rules Problem Set - PHYS 101
There is a goddess named Marici who goes ahead of the Sun....
Ampere's Law: Cylindrical Conducting Shell and Infinite Wire, PHYS 2220 – Study Notes
Ampere's Law: Infinite Current Sheets, PHYS 2220 – Study Notes
Ampere's Law: Coaxial Cylindrical Conductors, PHYS 2220 – Study Notes
Amperes Law Solutions (PHYS 101) - October 2014 Exam
Electrostatics, Gauss's Law, and Capacitors – PHYS 212 Study Notes
DC Circuits, Magnetic Force, and Electromagnetic Induction – PHYS 212 Study Notes
AC Circuits, Electromagnetic Waves, and Polarisation – PHYS 212 Study Notes
PHYS 212: Electricity and Magnetism - Final Exam
Electric Fields and Field Lines, PHY-222 – Study Notes
Calculating Electric Field Vectors, PHY-222 – Study Notes
Electric Fields Lab: Exploring Charge Configurations and Vectors
First Law of Thermodynamics, PHYS – Study Notes
Joule's Experiment and Specific Heat Calculations, PHYS – Study Notes
Lab #4: Exploring the 1st Law of Thermodynamics in Experiments
Displacement Current and Maxwell's Equations, PHY 212 Midterm 4 – Study Notes
Properties of EM Waves, PHY 212 Midterm 4 – Study Notes
Phy212 Midterm 4 - Displacement Current & EM Waves Summary
Displacement Current and EM Waves – PHYS, Exam 3 – Study Notes
Polarisation of EM Waves – PHYS, Exam 3 – Study Notes
Displacement Current Waves and Electromagnetic Properties - Exam 3 Review F23
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Inductors and RL Circuits, PHY 212 Midterm 3 – Study Notes
LC and RLC Circuits, PHY 212 Midterm 3 – Study Notes
AC Circuits: Resistors, Capacitors, and Inductors, PHY 212 Midterm 3 – Study Notes
Resonance, Power, and Transformers, PHY 212 Midterm 3 – Study Notes
Phy212 Midterm 3: Inductor and RL Circuits Overview
Simple Circuits and Kirchhoff's Rules, PHY 212 Midterm 2 – Study Notes
RC Circuits, Charging and Discharging, PHY 212 Midterm 2 – Study Notes
Magnetic Force on Moving Charges and the Lorentz Force, PHY 212 Midterm 2 – Study Notes
Forces and Torque on Currents, Biot-Savart Law, and Ampere's Law, PHY 212 Midterm 2 – Study Notes
Motional EMF, Faraday's Law, and Lenz's Law, PHY 212 Midterm 2 – Study Notes
Phy212 Midterm 2 Study Guide: Simple and RC Circuits
Coulomb's Law and Electric Fields – PHY 212, Midterm 1 – Study Notes
Gauss's Law and Electric Potential Energy – PHY 212, Midterm 1 – Study Notes
Electric Potential and Capacitance – PHY 212, Midterm 1 – Study Notes
PHY212 Midterm 1 Study Notes on Electric Fields & Capacitance
RL Circuits and LC Circuits, University Physics: Electricity and Magnetism – Study Notes
AC Circuits (RLC), Average Power, Resonance, and Transformers, University Physics: Electricity and Magnetism – Study Notes
Electromagnetic Waves, Doppler Shift, and Linear Polarisation, University Physics: Electricity and Magnetism – Study Notes
Exam 3 Review - RL Circuits, Inductors, and AC Topics F23
Capacitors and Charge Conservation, PHYS 212 Lab 4 – Study Notes
Testing Experiments and Lab Reports, PHYS 212 Lab 4 – Study Notes
Lab 4 Activity: Understanding Capacitors and Charge Conservation
Faraday's Law and Electromagnetic Induction, PHYS 142 Lab 7 – Study Notes
Maximising Induced EMF Using Earth's Magnetic Field, PHYS 142 Lab 7 – Study Notes
Physics 142 Lab 7 - Understanding & Applying Faraday's Law
Real-Life Applications of Charged Objects, University Physics: E&M, Unit 1 – Study Notes
Capacitor Networks, Series and Parallel Analysis – P212, Week 5 – Study Notes
Parallel-Plate Capacitor Design and Properties – P212, Week 5 – Study Notes
Electric Fields and Induced Charges on Conducting Slabs – P212, Week 5 – Study Notes