Physics - Capacitors (English)

   Monday, January 25, 2021   

Starting a new Lecture Notes Series on Physics - Capacitors

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Channel Name: Michel van Biezen

Faculty Name: Michel van Biezen Sir

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Physics - Capacitors
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Lecture Description of this above Topic:

Lecture 1: Capacitance of Capacitors 1/2

Lecture 2: Capacitance of Capacitors 2/2

Lecture 3: Capacitors in Series and Parallel 1/4

Lecture 4: Capacitors in Series and Parallel 2/4

Lecture 5: Capacitors in Series and Parallel 3/4

Lecture 6: Capacitors in Series and Parallel 4/4

Lecture 7: Energy Stored in a Capacitor

Lecture 8: Capacitance of a Cylindrical Capacitor

Lecture 9: The Physical Capacitor

Lecture 10: The Spherical Capacitor

Lecture 11: The Isolated Spherical Capacitor

Lecture 12: C=? of a Capacitor with a Dielectric

Lecture 13: Placing a Dielectric Inside a Capacitor

Lecture 14: How a Dielectric affects a Charged Capacitor

Lecture 15: Energy Stored on a Charged Capacitor

Lecture 16: Final Energy Stored in Capacitor w/ Dielectric

Lecture 17: Energy Stored on a Charged Capacitor 2

Lecture 18: C=? when Dielectric is 1/2 way in Capacitor

Lecture 19: C=? when a "Smaller" Dielectric is Inserted

Lecture 20: C=? of Capacitor with 4 Dielectrics

Lecture 21: F=? to Push a Dielectric in Capacitor

Lecture 22: F=? to Push a Dielectric in Charged Capacitor

Lecture 23: C=? Spherical Capacitor in Spherical Dielectric

Lecture 24: C=? Spherical Capacitor in 2 Spherical Dielectric

Lecture 25: C=? Between A and B of a DC-Circuit

Lecture 26: Q=? in DC Circuit with 10 Resistors

Lecture 27: V=? C=? in DC Circuit with Switch

Lecture 28: V=? C=? in DC Circuit with Switch

Lecture 29: V=? C=? in DC Circuit with Switch

Lecture 30: Energy (Initial & Final) in DC Circuit

Lecture 31: Displacement and Polarization

Lecture 32: Energy=? of a Capacitor with 2 Dielectric Layers

Lecture 33: C=? Q=? V=? U=? t=? of a Capacitor Circuit

Lecture 34: Gauss' Law and Capacitor with Delectric

Lecture 35: Dielectric Breakdown

Lecture 36: 2 Dielectric Layers

Lecture 37: 3 Dielectric Layers

Lecture 38: Basics (What is a Capacitor?)

Lecture 39: Capacitor with Dielectric

Lecture 40: Capacitors in Parallel

Lecture 41: Capacitors in Series

Lecture 42: Finding the Equivalent Capacitance

Lecture 43: Finding the Charge On & Voltage Across Capacitors

Lecture 44: Current - Voltage Relationship (1 of 2)

Lecture 45: Current - Voltage Relationship (2 of 2)

Lecture 46: Energy Stored in Capacitor

Lecture 47: Example Problem (1 of 4) Q=? U=?

Lecture 48: Example Problem (2 of 4) V=? U=?

Lecture 49: Example Problem (3 of 4) i(t)=? i(t=2s)=?

Lecture 50: Example Problem (4 of 4) v(t)=? v(t=0.1s)=?

Lecture 51: Capacitors with Current Source

Lecture 52: Given Voltage, Determine Current=?

Lecture 53: Given Current, Determine Voltage=?

Lecture 54: Find the Equivalent Capacitance 1

Lecture 55: Find the Equivalent Capacitance 2

Lecture 56: Capacitors as Voltage & Current Dividers

Lecture 57: Find the Voltage Across the Capacitors

Lecture 58: The Integrator Circuit

Lecture 59: The Summing Integrator Circuit

Lecture 60: The Differentiator Integrator Circuit

Lecture 61: The Differentiator: Example

Lecture 62: The Analog Computer

Lecture 63: The Analog Computer: Example