Physics - Inductance and Inductors (English)

   Sunday, January 31, 2021   

Starting a new Lecture Notes Series on Physics - Inductance and Inductors

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Physics - Inductance and Inductors
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Lecture Description of this above Topic:

Lecture 1: Mutual and Self Inductance

Lecture 2: Mutual and Self Inductance

Lecture 3: Mutual and Self Inductance

Lecture 4: The R-L Circuit

Lecture 5: The R-L Circuit

Lecture 6: The L-C Circuit

Lecture 7: The L-C Circuit

Lecture 8: The L-R-C Circuit With Dampening Effect

Lecture 9: The Transformer

Lecture 10: Mutual Inductance Explained

Lecture 11: Mutual Inductance: Explaining the Units

Lecture 12: Self Inductance: Explained

Lecture 13: Self Inductance: Explained (More Detailed)

Lecture 14: How Self Inductance Affect a Circuit?

Lecture 15: Self Inductance of a Solenoid

Lecture 16: Self Inductance of a Toroidal Solenoid

Lecture 17: Energy Stored in a Magnetic Field

Lecture 18: Energy Stored in a Solenoid

Lecture 19: Energy Stored in a Toroidal Solenoid& Energy Density

Lecture 20: Potential Difference Across a Solenoid (Coil)

Lecture 21: The R-L Circuit Analyzed

Lecture 22: The R-L Circuit Analyzed - Example

Lecture 23: Energy Stored in a R-L Circuit

Lecture 24: The L-C Circuit: A conceptual Approach

Lecture 25: The L-C Circuit: Analyzed

Lecture 26: The L-C Circuit: Analyzed

Lecture 27: Find i=? of a L-C Circuit

Lecture 28: Find q(t)=? of a RCL Circuit (Analyzed)

Lecture 29: Toroidal Solenoid: Non-Uniform Magnetic Field

Lecture 30: What is an Inductor?

Lecture 31: Why Does an Inductor Behave Like an Inductor?

Lecture 32: Current Symbols of an Inductor (Re-Upload)

Lecture 33: Inductance in Graphical Form

Lecture 34: Calculating the Current Through the Inductor

Lecture 35: Energy Stored in an Inductor

Lecture 36: DC Current Through an Inductor

Lecture 37: Given Current, Find Voltage=? Energy Stored=?

Lecture 38: Given Voltage, Find Current=? Energy Stored=?

Lecture 39: Find i=? v=? Energy Stored=? in a DC RLC Circuit

Lecture 40: Find i=? v=? Energy Stored=? in a DC RLC Circuit

Lecture 41: Inductors in Series

Lecture 42: Inductors in Parallel

Lecture 43: Equivalent Inductance: Ex. 1

Lecture 44: Equivalent Inductance: Ex. 2

Lecture 45: Equivalent Inductance: Ex. 3

Lecture 46: Equivalent Inductance: Ex. 4

Lecture 47: R, C, and L Compared

Lecture 48: Find i=? and v=? in an Inductor Circuit: Ex.1

Lecture 49: Find i=? and v=? in an Inductor Circuit: Ex.2