Ch3 Current Electricity NCERT Board Theory One Shot

Описание: Ch3 Current Electricity NCERT Board Theory One Shot:
Here is a clean, professional, high-engagement YouTube description for your Class 12 Physics Chapter 3 – Current Electricity | NCERT Board Theory One Shot video:
Class 12 Physics – Chapter 3: Current Electricity | NCERT Board Theory One Shot:
Ace Current Electricity with this complete ONE SHOT NCERT theory lecture designed for CBSE Board Exam 2025 and all Class 12 board students.
This session simplifies every concept, derivation, and formula from NCERT Chapter 3 with crystal-clear explanations and exam-oriented coverage. What’s Covered in This One Shot Lecture:
✔ Electric Current & Drift Velocity
✔ Mobility & Relaxation Time
✔ Ohm’s Law & Its Limitations
✔ Resistivity & Conductivity
✔ Temperature Dependence of Resistance
✔ Electrical Energy & Power
✔ Combination of Resistors (Series & Parallel)
✔ EMF, Potential Difference & Internal Resistance
✔ Kirchhoff’s Rules (KVL & KCL)
✔ Wheatstone Bridge & Meter Bridge
✔ NCERT Theory + Derivations + Board PYQs
Keywords:
Here are Keywords, Hashtags, and Tags (comma-separated) for your Class 12 Physics Ch-3 | Current Electricity | NCERT One Shot video:
Keywords (SEO Optimized)
Current electricity class 12,
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Drift velocity class 12,
Ohm’s law class 12,
Resistivity and conductivity class 12,
Temperature dependence of resistance class 12,
Kirchhoff rules class 12,
Wheatstone bridge class 12,
Meter bridge class 12,
Internal resistance EMF class 12,
Electrical power and energy class 12,
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NCERT physics class 12,
Class 12 board exam physics 2025
Hashtags:
#CurrentElectricity
#Class12Physics
#NCERTPhysics
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#Electrostatics
#BoardExam2025
#KirchhoffsRules
#OhmsLaw
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Timestamps:
00:00 Current 200:00
00:50 Derive expressions of Current in terms of drift velocity, Resistivity and conductivity, Relation between current density and conductivity, Ohm’s law in vector form
14:04 Temperature dependence of resistance
18:40 Standard resistance
19:50 Thermistor
21:05 Non Ohmic conductor
22:05 Kirchchoff’s laws
24:57 Cell and battery, internal resistance factors affecting internal resistance
27:58 Relation among terminal voltage, emf and internal resistance for charging and discharging cell or battery
31:42 Combination of resistance series, parallel and mixed combination
37:04 Find equivalent emf and equivalent resistance when different cells connected in parallel
42:08 Wheatstone bridge
44:32 Metre bridge
46:41 Heating effect of current