Series vs Parallel Circuits | Ohm’s Law V = I·R (Classroom Science Song) скачать в хорошем качестве

Series vs Parallel Circuits | Ohm’s Law V = I·R (Classroom Science Song)

Catchy, classroom-clean circuits song covering Ohm’s Law (V = I·R), series vs parallel, voltage/current/resistance, and power (P = V·I). Neutral American accent, clear diction, on-screen captions. 🎵 Karaoke / Instrumental version:    • Series vs Parallel Circuits — Karaoke (Ohm...   ⬇️ Lyrics: [Intro] Check the rule: V equals I times R. That’s Ohm’s Law. [Chorus] V equals I R, say it and you’ll go far, Voltage equals current times resistance, that’s the bar. Closed path flows, open stops the car, Series and parallel, learn what the patterns are. [Verse 1] Battery brings voltage, pushes charge along, Current is the motion, amps tell us strong. Resistance slows the flow, like a kink in the hose, Swap a bigger resistor, No more shiny nose. In series, one road, parts share the same I, Voltages split up, add across, no lie. R - total adds straight, R1 plus R2, More parts in series? Total R grew. [Pre-Chorus] Short path, long path, check how they connect, Use V equals I R to measure and predict. [Chorus] V equals I R, say it and you’ll go far, Voltage equals current times resistance, that’s the bar. Closed path flows; open stops the car, Series and parallel, learn what the patterns are. [Verse 2] In parallel, branches, side by side they stand, Voltage stays the same across every single band. Currents split and add, each branch takes its share, Less total resistance, current grows everywhere. 1 over R total equals something complicated, Its 1 over R1 plus 1 over R2, add more as needed, Add more branches, R total drops. Power equals V times I, give strength its props. [Pre-Chorus] Same V in parallel, same I in series, Draw your diagram clean, answers come easy. [Bridge – Call and Response] [Leader] What’s Ohm’s Law? [Group] V equals I R! [Leader] Series current? [Group] Same through every part! [Leader] Parallel voltage? [Group] Same across each branch! [Leader] Series resistance? [Group] Add them, R’s enhance! [Leader] Parallel resistance? [Group] Less than the lowest section! [Leader] Power formula? [Group] P equals V times I, the right selection. [Chorus] V equals I R, say it and you’ll go far, Voltage equals current times resistance, that’s the bar. Closed path flows; open stops the car, Series and parallel, now you know what they are. [Outro] Trace the loop, check the map, label V, I, R; With Ohm’s Law and diagrams, you’re a circuit star. Chapters 00:11 Chorus — V = I·R 00:32 Verse 1 — Series basics (same I, voltage splits) 00:54 Pre-Chorus — Measure & predict with V = I·R 01:06 Chorus 01:27 Verse 2 — Parallel basics (same V, currents add) 02:00 Bridge — Call/response review 02:22 Chorus (big) 02:43 Outro Credits Music & lyrics: Barclay Education. Classroom-clean. #sciencesong • #TeachersOfYouTube • #EdTech • #MiddleSchoolScience • #HighSchoolScience