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Class 12 Physics · 21 simulations · open one and teach with it.

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Chapter 1 — Electric Charges & Fields11

Coulomb's Law — Force Between Two Point Charges → Electric Field due to a Point Charge (and its Field Lines) → Force on a Charge in an Electric Field (F = qE) → Electric Field due to an Electric Dipole → Charge Densities (λ, σ, ρ) and the dq-Superposition Idea → Field of a Charged Spherical Shell: E=0 inside, kq/r² outside → Field of a Uniformly Charged Solid Sphere: E ∝ r inside, kq/r² outside → Field of an Infinite Charged Sheet: E = σ/(2ε₀), a CONSTANT field → Field of an Infinite Line Charge: E = λ/(2πε₀r), a 1/r falloff → Electric Flux Φ = E·A and Net Flux Through a Closed Surface → Gauss's Law: Φ = q_enc/ε₀ →

Chapter 4 — Moving Charges & Magnetism5

Lorentz Force on a Moving Charged Particle (F = q v × B) → Which Way Does the Force Point? — the Right-Hand Rule for F = q v × B → Why a Magnetic Force Can't Speed You Up — F ⊥ v Means No Work → Magnetic Force on a Current-Carrying Wire (F = I L × B) → Force Between Two Parallel Currents →

Chapter 6 — Electromagnetic Induction5

Faraday's Law of Induction — ε = −N dΦ/dt → Motional EMF — ε = Bvl → Eddy Currents → Inductance — Self & Mutual → AC Generator →