Video Lecture
Magnetic Field due to Long Solenoid - Physics
Submitted by deepak on Tue, 05/26/2020 - 19:33Dimensions and Dimensional Formula - Physics
Submitted by deepak on Tue, 05/26/2020 - 19:30Supplementary Units
Submitted by deepak on Mon, 05/25/2020 - 17:23Magnetic Field due to Long Current Carrying Wire - Physics
Submitted by deepak on Mon, 05/25/2020 - 17:11Direction of Magnetic Field
Submitted by deepak on Thu, 05/21/2020 - 23:11Biot Savart Law
Submitted by deepak on Wed, 05/20/2020 - 19:07Electric Potential
Submitted by deepak on Fri, 04/17/2020 - 23:54Electric Potential—
The Electric Potential at a point in an electric field is defined as the amount of work done per unit positive test charge to bring it from infinity to that point against the electrostatic force due to the Electric Field.
If V is the electrostatic potential at a point A in the electric field of point charge +q and W is the work done in moving it from infinity to that point against
the electric force.
V=W/q
Its unit is Volt. It is a scalar quality.
Potential Difference—
Charges
Submitted by abhyaasacademy on Fri, 02/21/2020 - 21:25Charge (Electric Charge)
Charge is a basic property of matter due to which objects experience electrical force. It is responsible for attraction and repulsion between objects.
Types of Charges
1️⃣ Positive Charge (+)
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A body has positive charge when it loses electrons.
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Example: A glass rod rubbed with silk becomes positively charged.
2️⃣ Negative Charge (−)