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NotePhysics
2 MIN READING

Physics · L4 · Magnetism: the Biot–Savart law and Ampere's law

Physics · L4 · Magnetism: the Biot–Savart law and Ampere's law
NotePhysics
1 MIN READING

Physics · L4 · DC circuits: Kirchhoff's laws and RC transients

Physics · L4 · DC circuits: Kirchhoff's laws and RC transients
NotePhysics
2 MIN READING

Physics · L4 · Kinetic theory of gases

Physics · L4 · Kinetic theory of gases
NotePhysics
2 MIN READING

Physics · L4 · Gravitation and orbital mechanics

Physics · L4 · Gravitation and orbital mechanics
NotePhysics
2 MIN READING

Physics · L4 · Elasticity: stress, strain, and Young's modulus

Physics · L4 · Elasticity: stress, strain, and Young's modulus
NotePhysics
2 MIN READING

Physics · L4 · Sound waves, intensity, and the Doppler effect

Physics · L4 · Sound waves, intensity, and the Doppler effect
NotePhysics
2 MIN READING

Physics · L4 · Heat transfer: conduction, convection, and radiation

Physics · L4 · Heat transfer: conduction, convection, and radiation
NotePhysics
2 MIN READING

Physics · L4 · Capacitance and dielectrics

Physics · L4 · Capacitance and dielectrics
NotePhysics
2 MIN READING

Physics · L5 · Quantum Mechanics: Hilbert Space and the Schrödinger Equation

Physics · L5 · Quantum Mechanics: Hilbert Space and the Schrödinger Equation
NotePhysics
1 MIN READING

Physics · L5 · Statistical Mechanics: Canonical Ensemble and Thermodynamics

Physics · L5 · Statistical Mechanics: Canonical Ensemble and Thermodynamics
NotePhysics
1 MIN READING

Physics · L5 · General Relativity: Metric, Geodesics, and the Line Element

Physics · L5 · General Relativity: Metric, Geodesics, and the Line Element
NotePhysics
2 MIN READING

Physics · L5 · Condensed Matter Physics: Band Theory & Semiconductors

Physics · L5 · Condensed Matter Physics: Band Theory & Semiconductors
NotePhysics
2 MIN READING

Physics · L5 · The Standard Model: Fermions, Bosons, and Hadrons

Physics · L5 · The Standard Model: Fermions, Bosons, and Hadrons
NotePhysics
2 MIN READING

Physics · L5 · Nonlinear Dynamics and Chaos

Physics · L5 · Nonlinear Dynamics and Chaos
NotePhysics
2 MIN READING

Physics · L5 · Covariant Electrodynamics: The Electromagnetic Field Tensor

Physics · L5 · Covariant Electrodynamics: The Electromagnetic Field Tensor
NotePhysics
2 MIN READING

Physics · L5 · Phase Transitions and Critical Phenomena

Physics · L5 · Phase Transitions and Critical Phenomena
NotePhysics
2 MIN READING

Physics · L5 · Quantum Field Theory: Fields, Propagators, and Feynman Diagrams

Physics · L5 · Quantum Field Theory: Fields, Propagators, and Feynman Diagrams
NotePhysics
2 MIN READING

Physics · L5 · Cosmology: the Friedmann Equations and the Expanding Universe

Physics · L5 · Cosmology: the Friedmann Equations and the Expanding Universe
NotePhysics
2 MIN READING

Physics · L5 · Superconductivity: BCS Theory and the Meissner Effect

Physics · L5 · Superconductivity: BCS Theory and the Meissner Effect
NotePhysics
2 MIN READING

Physics · L5 · Quantum Information: Entanglement and Bell's Theorem

Physics · L5 · Quantum Information: Entanglement and Bell's Theorem
NotePhysics
3 MIN READING

Physics · L5 · Gauge Theories and the Higgs Mechanism

Physics · L5 · Gauge Theories and the Higgs Mechanism
NotePhysics
2 MIN READING

Physics · L5 · Plasma Physics: Debye Shielding and Collective Behaviour

Physics · L5 · Plasma Physics: Debye Shielding and Collective Behaviour
NotePhysics
2 MIN READING

Physics · L5 · The Path Integral Formulation of Quantum Mechanics

Physics · L5 · The Path Integral Formulation of Quantum Mechanics
NotePhysics
3 MIN READING

Physics · L5 · Nuclear Astrophysics: How Stars Build the Elements

Physics · L5 · Nuclear Astrophysics: How Stars Build the Elements
NotePhysics
2 MIN READING

Physics · L5 · Quantum Optics: Coherent States and Cavity QED

Physics · L5 · Quantum Optics: Coherent States and Cavity QED
PlotPhysics

Physics · L2 · Distance–Time Graph (Steady Speed)

Physics · L2 · Distance–Time Graph (Steady Speed)
PlotPhysics

Physics · L2 · Current vs Voltage (Fixed Resistance)

Physics · L2 · Current vs Voltage (Fixed Resistance)
PlotPhysics

Simple Harmonic Motion: y = A·sin(ω·x)

Simple Harmonic Motion: y = A·sin(ω·x)
PlotPhysics

Damped Oscillation: y = e^(−k·x)·sin(b·x)

Damped Oscillation: y = e^(−k·x)·sin(b·x)
PlotPhysics

Projectile Trajectory: y = x·tan(a) − x²/40

Projectile Trajectory: y = x·tan(a) − x²/40

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