Physics Volume-11 Part II (Electrostatic Potential and Capacitance)

Synopsis of Electrostatic Potential and Capacitance - I

Description: Electrostatic potential measures work done in bringing a unit charge from infinity to a point.

Synopsis of Electrostatic Potential and Capacitance - II

Description: Capacitance is the ability of a conductor to store charge per unit potential difference applied.

Electrostatic Potential due to a (Point Charge & Electric Dipole) - I

Description: Potential due to a point charge decreases inversely with distance from the charge in space.

Electrostatic Potential due to a (Point Charge & Electric Dipole) - II

Description: An electric dipole creates a potential that varies with position and dipole orientation.

Electrostatic Potential due to a (Point Charge & Electric Dipole) - III

Description: Dipole potential depends on angle and distance, highest along axis, zero in equatorial plane.

Equipotential Surfaces & Potential Energy - I

Description: Equipotential surfaces are regions with constant potential, always perpendicular to electric field lines.

Equipotential Surfaces & Potential Energy - II

Description: Work done in moving a charge between equipotentials is zero, conserving electrostatic energy.

Equipotential Surfaces & Potential Energy - III

Description: Closer equipotential surfaces indicate stronger electric fields and steeper potential gradients.

Equipotential Surfaces & Potential Energy - IV

Description: Equipotential surfaces never intersect; they show field direction when combined with field lines.

Equipotential Surfaces & Potential Energy - V

Description: Potential energy arises from charge configuration and changes with movement in electric field.

Equipotential Surfaces & Potential Energy - VI

Description: More potential energy means stronger electrostatic interaction among charges or between system components.

Capacitors and Capacitance & The Parallel Plate Capacitor - I

Description: A capacitor stores energy in an electric field between two conductors separated by insulator.

Capacitors and Capacitance & The Parallel Plate Capacitor - II

Description: Parallel plate capacitors have uniform field; capacitance depends on area and separation distance.

Capacitors and Capacitance & The Parallel Plate Capacitor - III

Description: Dielectric between plates increases capacitance by reducing effective electric field strength inside.

Energy Stored in a Capacitor & Van de Graff Generator - I

Description: Energy stored in a capacitor is proportional to square of voltage across its plates.

Maths Volume-11(3D Geometry)

Board: CBSE

Stream: Science

Standard: XII

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Physics Volume-11( Electric Charges and Fields)

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Stream: Science

Standard: XII

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Maths Volume-9(Differential Equations)

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Stream: Science

Standard: XII

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Maths Volume-5(Binomial theorem and its simple applications)

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Stream: Science

Standard: XI

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Maths Volume-4 (Permutation and Combination)

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Standard: XII

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Physics Volume-10(Waves)

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Stream: Science

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Maths Volume-12 (Vector Algebra)

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Maths Volume-8 Part I(Indefinite Integral)

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Maths Volume-8 Part II(Definite Integral)

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Maths Volume-7 Part II(Continuity and Differentiability)

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Physics Volume-6(Mechanics-VI)

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Standard: XII

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