【第2種電気工事士】16 遅れ位相/進み位相について
---------------------------------------------------------------------------------- First half of the video: "About the Phase of Alternating Current" • 【第2種電気工事士】15 交流の位相について The reasons for leading and lagging phases are explained in this video (↓). "Impedance Part 2 (Why Coils and Capacitors Cause Phase Shift)" • 【交流回路】インピーダンス後編(コイルやコンデンサによって位相がずれる理由) [5 Minutes to Become a Class 2 Electrician] Series List ↓ • 5分で第ニ種電気工事士 ----------------------------------------------------------------- This is a channel where we discuss the principles and mechanisms of machinery and electricity (we call them the "behind the scenes"). We have two main goals: 1. A place where students of technical colleges can easily learn. 2. Even those outside of technical colleges can satisfy their "I want to know!" desires regarding machinery and electricity. This is a fledgling channel, so we need your help. Would you like to become a co-developer (subscribe to the channel)? --------------------------------------------------------------------------------------------------------------------------------------- Ending Theme: "Todoketeyo" / tora • 【初音ミクDark】とどけてよ【オリジナル】 --------------------------------------------------------------------------------------------------------------------------------------------------------------------- #ElectricalWorker #ACCircuit #PhaseShift

【5分で2種電気工事士】17 単相3線式の断線の問題
![[Quick Guide] The only difference between single-phase and three-phase! A professional explains i...](https://i.ytimg.com/vi/TTKWWubW2_c/hqdefault.jpg?sqp=-oaymwEjCNACELwBSFryq4qpAxUIARUAAAAAGAElAADIQj0AgKJDeAE=&rs=AOn4CLCSWhyY31R90F0UWJ4zWZSw2allgA)
[Quick Guide] The only difference between single-phase and three-phase! A professional explains i...

【交流回路】インピーダンス前編(コイルやコンデンサが電気抵抗になる理由)

【力率】電気の初心者でも分かるように解説

【第二種電気工事士】こんなことあるの?配線図問題で点を取る方法を徹底解説

#10【第二種電気工事士】コイル・コンデンサ…なぜ遅れる?進む?

第1種電気工事士受験・やさしく学ぶB種接地~漏電よりも怖い混触~

【高圧の入門編】高圧受電設備を理解するにはここから|電気工事士
![[It's actually that simple!!] The world's easiest explanation of the difference between single-ph...](https://i.ytimg.com/vi/3947ND-njzs/hqdefault.jpg?sqp=-oaymwEjCNACELwBSFryq4qpAxUIARUAAAAAGAElAADIQj0AgKJDeAE=&rs=AOn4CLAdFxHCuPOVueQ_qxOds4C8lI2l8A)
[It's actually that simple!!] The world's easiest explanation of the difference between single-ph...

電気工事士受験・やさしく学ぶ三相の原理(難しいけどそのうち重要になる)

【交流回路】100Vと200V両方の家電が使える秘密_初級編(単相2線式と単相3線式)

2-1. 系統安定度 交流送電と位相角(電力ネットワーク)
![[High School Physics] AC Circuits ⑤ What is phase?](https://i.ytimg.com/vi/Nq3QtRQgQwk/hqdefault.jpg?sqp=-oaymwEjCNACELwBSFryq4qpAxUIARUAAAAAGAElAADIQj0AgKJDeAE=&rs=AOn4CLB8qFXOuQqdXrPyyUDhcYfw_dMc2A)
[High School Physics] AC Circuits ⑤ What is phase?

【交流回路】インピーダンスの意味・求め方【高校物理】

【電気回路】文系でもわかる!コイルの原理 #92

【15限目】cosθの使いどころが解る動画|第二種電気工事士学科試験対策

No4【第二種電気工事士】公表問題4の端子台で不合格者多発!?元電気科講師がやさしく解説

iインダクタの仕組みを徹底解説

How 3 Phase Power works: why 3 phases?

