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Current Electricity Detailed OneShot video Class12 Current electricity class 12 one shot ncert 2025

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current electricity class 12 one shot ncert

Current Electricity, One shot video of 12th Physics Chapter 3 Current Electricity for CBSE Board Exams 2025, Class 12 physics NCERT Chapter 3 Current Electricity, Full Chapter in one Video, This oneshot video of Class 12 physics NCERT Chapter 3 Current Electricity is also very helpful for NEET aspirants, NEET 2025, Full Chapter in one Video, Oneshot video of 12th physics Chapter 3 Current Electricity for CBSE Board Exams 2025

One Shot Video of Current Electricity for 2025

#oneshotvideos #arvindacademy #neet #currentelectricity
00:00:00 Introduction
00:03:36 Current Electricity
00:06:05 SI unit of current is amper
00:06:50 Direction of current
00:09:15 Numerical
00:11:19 OHM's Law Resistance
00:12:27 Resistance
00:14:26 Factors Affecting the Resistance Resistivity
00:17:14 Current Density
00:19:28 Conductance
00:20:00 Conductivity
00:20:38 Vector form of Ohm's Law
00:22:20 Derivation Vector form of Ohm's Law
00:25:53 Limitation of Ohm's Law Ohmic and NonOhmic Conductor
00:27:54 NonOhmic Conductors
00:30:54 Superconductivity
00:33:40 Meissener Effect
00:35:40 Carriers of Current (Charge carriers)
00:36:59 Drift Velocity and Relaxation Time
00:42:54 Derivation Drift Velocity
00:51:40 Relation between Electric Current & Drift Velocity
00:56:12 Defuction of Ohm's law from drift Velocity
01:00:17 Resistivity in terms of electron and relaxation time
01:01:49 Numerical
01:04:28 Mobility of charge Carriers & relation with Current
01:06:16 Temperature Dependence of Resistivity
01:09:06 1 Metals
01:12:52 2 Semiconductors and Insulators
01:13:46 3 Electrolytes
01:14:24 Use of Alloys in Making Standard Resistors
01:16:20 Numerical
01:19:53 Heating Effect of Current
01:20:30 Electric Power
01:21:08 Commercial unit of Electric Energy
01:22:34 Power Rating
01:24:11 Power Consumption in a Combination of Appliances
01:27:44 Efficiency of a source of emf
01:28:16 Application of Heating effect of current
01:30:22 Electromotive Force EMF (E)
01:32:00 Terminal Potential difference (V)
01:33:09 Cell
01:39:39 Special Cases
01:44:06 Numerical
01:46:17 Combination of Cells
01:53:28 Derivation for Cond for max current in series Combination
01:56:29 Combinations of Cells in Parallel
02:02:14 Cond for max current from a parallel combination of cells
02:13:35 Kirchhoff's Laws
02:16:11 Sign Convention in applying Kirchhoff's Laws
02:18:42 Numerical
02:28:46 Wheat Stone Bridge
02:36:55 Sensitivity of a Wheatstone bridge
02:37:50 Advantages of the Wheatstone bridge method
02:40:51 Three Types of Wheatstone Bridge
02:42:58 Numerical

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