Concept — Capacitance of a capacitor to store charge at a given voltage.
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14·15
Linked atoms
28 linked atoms.
13 Coulomb’s force and electrostatics
14 Electric field and potential
- Plates pulled apart with the battery disconnected
- Capacitance of a cylindrical capacitor
- Capacitance and charge of a capacitor
- Equivalent capacitance of three capacitors
- Charging a capacitor
- Cylindrical and spherical capacitors
- Parallel-plate capacitor
- Parallel-plate capacitor — capacitance, charge and energy
- From the stored energy to the voltage
- Dielectrics and polarisation
- Dielectric in a capacitor
- Two charged capacitors connected together
- Field energy in the capacitor
- Energy of a capacitor
- Energy and dielectric: battery connected or disconnected
- Energy and power of a defibrillator
- Ranking capacitors with different geometries
- Ranking the energy of capacitors
15 Electric circuits
- Resistor–capacitor analogy and stored energy
- Capacitors in parallel
- Capacitors in series
- Worked example — network of capacitors
- Problem — network of capacitors