Lesson 10 of 25 • 0 upvotes • 12:22mins
Grouping of batteries in this lesson we have learnt about combination of batteries that is series combination and parallel combination. In series combination equivalent emf is addition of individual emf and equivalent internal resistance is addition of individual resistance of the batteries.hence equivalent emf and resistance is greater than any individual . In parallel combinations equivalent emf is sum of the ratio of individual emf by resistance divided by sum of reciprocal of resistance.equivalent resistance same as in case of parallel combination of resistance.that is final emf is equal to individual but resistance decreased by n times for n batteries.
25 lessons • 4h 25m
Course Overview : Electric Current in Conductor (in Hindi)
7:43mins
Drift Speed (in Hindi)
10:00mins
Ohm’s Law and Colour Code of Resistor (in Hindi)
11:08mins
Temperature Dependence of Resistivity, Thermistor and Superconductors (in Hindi)
13:46mins
Battery and EMF (Hindi)
12:37mins
Energy Transfer in an electric circuit (in Hindi)
8:06mins
Internal Resistance of a Battery (in Hindi)
9:06mins
Kirchhoff’s law (in Hindi)
12:44mins
Combination of resistors in series & parallel(in hindi)
12:17mins
Grouping of Batteries (in hindi)
12:22mins
Wheatstone bridge (in hindi)
8:48mins
Ammeter and voltmeter (in Hindi)
11:15mins
Strectched wire Potentiometer ( in hindi)
11:58mins
Comparison of emf of two batteries and measurement of internal resistance of a battery (in hindi)
8:58mins
Charging and discharging of capacitors (in hindi)
12:05mins
Atmospheric Electricity (in hindi)
14:22mins
Objective I ,numericals Q no. 1-5, H C Verma vol.2 (in hindi)
8:53mins
Objective I numericals from q no. 6-9 ,H C Verma (in hindi)
6:17mins
Objective numericals I from q no.10-12 ,H C Verma (in hindi)
6:19mins
Objective numericals I from q no.13-16, H C Verma (in hindi)
10:49mins
Electric current and current density (in hindi)
9:29mins
Objective numericals II ,from q no.01-06, H C Verma vol.II (in hindi)
12:20mins
Objective numericals II, from q no.07-09, H C Verma (in hindi)
10:07mins
Summary of electric current in conductor(inHindi)-01
15:00mins
Summary of electric current in conductor (in hindi)-02
8:21mins