NCERT class 12 Physics exemplar for Chapter 2 Electrostatic potential and capacitance gives apt information and knowledge in a simple and easy language. After studying BYJU’S NCERT Physics exemplar problems you will be able to grasp the topics involved in Chapter 2 Electrostatic potential and capacitance.
NCERT class 12 Physics exemplar Chapter 2 is an important resource for the students as it consists of questions extracted from NCERT exemplar class 12 physics book. NCERT class 12 Physics exemplar for Chapter 2 Electrostatic potential pdf has extra questions prepared by our experts in different forms like Fill in the blanks, match the following, short answer questions, true or false questions, worksheets and exercises.
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NCERT Exemplar Class 12 – electrostatic potential and Capacitance
Electric charges which are slow or stationary in nature is called as an Electrostatic charge and the amount of work needed to move from one initial point to another is termed as Electrostatic Potential. It can be measured in volts and is a scalar quantity. Capacitance, on the other hand, can be defined as the ability of a capacitor to store the energy. They are measured in farads.
Important NCERT Exemplar Concepts of Electrostatic Potential and Capacitance
|1||Electrostatic Potential- derivation of electric formula|
|2||Potential Due to a Point Charge-relation between elctric charge and potential|
|3||Potential Due To An Electric Dipole- derivation of potential access formula|
|4||Potential Due to a System Of Charges- derivation of potential energy of a system of two charges|
|5||Equipotential Surfaces-derivation of potential due to charge|
|6||The relation between Field and Potential –
|7||Potential Energy Of A System Of Two Charges In An External Field|
|8||Potential Energy Of A Dipole In An External Field|
|9||Electrostatics Of Conductors in different conditions, Electro-shielding|
|10||Dielectrics And Polarisation- meaning dielectric constant derivation|
|11||Capacitors And Capacitance- meaning, capacitance derivation and problems|
|12||The Parallel-Plate Capacitor- meaning and derivation|
|13||Effect Of Dielectric On Capacitance- derivations and numerical problems|
|14||Combination Of Capacitors-Capacitors In Series, Capacitors In Parallel|
|15||Energy Stored In A Capacitor- Energy density of electric field, derivation|
|16||Van De Graaff Generator- introduction, applications|
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