☑️28a - Inductor Basics 1: Find the Voltage, Current, Power and energy stored stored in an Inductor

In this lesson, we shall learn how to find the Voltage, Current, Power and energy stored stored in an Inductor. We shall solve two examples. 00:00 - Ex 1 06:25 - Ex 2 Playlists on various Courses 1. Applied Electricity    • APPLIED ELECTRICITY   2. Linear Algebra / Math 151    • LINEAR ALGEBRA   3. Basic Mechanics    • BASIC MECHANICS / STATICS   4. Calculus with Analysis / Calculus 1 / Math 152    • CALCULUS WITH ANALYSIS / CALCULUS 1 / MATH...   5. Differential Equations / Math 251    • DIFFERENTIAL EQUATIONS   6. Electric Circuit Theory / Circuit Design    • ELECTRIC CIRCUIT THEORY / CIRCUIT DESIGN   7. Calculus with Several Variables    • CALCULUS WITH SEVERAL VARIABLES / MATH 252   8. Numerical Analysis    • MATH 351 / NUMERICAL ANALYSIS / NUMERICAL ...   Make sure to watch till the end. Like, share, and subscribe. Thank you.

☑️28b - Inductor Basics 2: Find the Voltage, Current, Power and energy stored  stored in an Inductor
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☑️28b - Inductor Basics 2: Find the Voltage, Current, Power and energy stored stored in an Inductor

Lesson 1 - What is an Inductor?  Learn the Physics of Inductors & How They Work - Basic Electronics
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Lesson 1 - What is an Inductor? Learn the Physics of Inductors & How They Work - Basic Electronics

☑️13 - Nodal Analysis involving Voltage Sources (Supernode) 1
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☑️13 - Nodal Analysis involving Voltage Sources (Supernode) 1

☑️24 - Energy Stored in a Capacitor under DC Conditions (Examples 1 & 2)
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☑️24 - Energy Stored in a Capacitor under DC Conditions (Examples 1 & 2)

Lesson 1 - Voltage, Current, Resistance (Engineering Circuit Analysis)
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Lesson 1 - Voltage, Current, Resistance (Engineering Circuit Analysis)

Resistor vs Capacitor vs Inductor — What Really Happens When You Flip the Switch?
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Resistor vs Capacitor vs Inductor — What Really Happens When You Flip the Switch?

02 - Sinusoidal AC Voltage Sources in Circuits, Part 1
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02 - Sinusoidal AC Voltage Sources in Circuits, Part 1

Electrical Engineering: Ch 7: Inductors (19 of 20) Find i=? and v=? in an Inductor Circuit: Ex.1
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Electrical Engineering: Ch 7: Inductors (19 of 20) Find i=? and v=? in an Inductor Circuit: Ex.1

How to use a multimeter like a pro! The Ultimate guide
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How to use a multimeter like a pro! The Ultimate guide

SUMMER DEEP HOUSE Musics Mix 2026 ♫ Bruno Mars, Lady Gaga,Dua Lipa, Adele,Ed Sheeran, The Weeknd #02
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SUMMER DEEP HOUSE Musics Mix 2026 ♫ Bruno Mars, Lady Gaga,Dua Lipa, Adele,Ed Sheeran, The Weeknd #02

What is Voltage, Current & Resistance?  Build & Learn Circuits!
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What is Voltage, Current & Resistance? Build & Learn Circuits!

10 Hour Timer
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10 Hour Timer

🇦🇫 Afghanistan 2026: Life  Under Taliban Control | Walking Tour, Street Food & Local Markets
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🇦🇫 Afghanistan 2026: Life Under Taliban Control | Walking Tour, Street Food & Local Markets

Instant Focus Mode – 40Hz Gamma Brainwave Music for Deep Focus & Productivity
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Instant Focus Mode – 40Hz Gamma Brainwave Music for Deep Focus & Productivity

How 3 Phase Power works: why 3 phases?
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How 3 Phase Power works: why 3 phases?

Capacitors (7 of 9) Energy Stored in a Capacitor, An Explanation
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Capacitors (7 of 9) Energy Stored in a Capacitor, An Explanation

16 - Kirchhoff's Current and Voltage Law (Concept and Solved Examples)
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16 - Kirchhoff's Current and Voltage Law (Concept and Solved Examples)

Why are Capacitors Used in almost EVERY Circuit?
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Why are Capacitors Used in almost EVERY Circuit?

Practice Problem 6.3 Sadiku - The current through a 100-μF capacitor is i(t) = 50 sin(120 pt) mA.
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Practice Problem 6.3 Sadiku - The current through a 100-μF capacitor is i(t) = 50 sin(120 pt) mA.