The charger Prof. Boby George Department of Electrical Engineering IIT Madras Prof. Janakiraman Viraraghavan Department of Electrical Engineering IIT Madras
I must say these lectures have a lot more creative effort and hardwork involved compared to traditional courses. As a result, I feel the alumnus of these courses would not be just ordinary.
Joule is the unit of work done in case of electric current, and coulomb is the unit of charge. Hence, joule/coulomb will be the unit of potential difference as it is the work done in moving unit charge from one point to other. So, 1 joule per coulomb = 1 volt = 1 V.
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I must say these lectures have a lot more creative effort and hardwork involved compared to traditional courses. As a result, I feel the alumnus of these courses would not be just ordinary.
sir u did'nt tell about watt hour
Unit of charge is columb not joule
Joule is the unit of work done in case of electric current, and coulomb is the unit of charge. Hence, joule/coulomb will be the unit of potential difference as it is the work done in moving unit charge from one point to other. So, 1 joule per coulomb = 1 volt = 1 V.