Uploaded November 2021 | Updated September 2026, 3 weeks ago
In this video, I describe what it means for devices to be in parallel and then explain what happens with voltage across and current through parallel devices. I provide a brief explanation of Kirchoff's Current Law and then derive the equation for equivalent resistance of multiple parallel resistors.
00:14 - Definition of parallel devices
00:47 - Voltage across parallel devices
01:05 - Current through parallel devices with analogy
02:46 - Kirchoff's Current Law
03:14 - Beginning of derivation of equivalent resistance for parallel resistors
05:30 - Parallel resistance equation
Song Credit:
Music from Uppbeat (free for Creators!):
uppbeat.io/t/mountaineer/voyager
License code: YNTAUKIPESG5XXKJ
In this video, I describe what it means for devices to be in parallel and then explain what happens with voltage across and current through parallel devices. I provide a brief explanation of Kirchoff's Current Law and then derive the equation for equivalent resistance of multiple parallel resistors.
00:14 - Definition of parallel devices
00:47 - Voltage across parallel devices
01:05 - Current through parallel devices with analogy
02:46 - Kirchoff's Current Law
03:14 - Beginning of derivation of equivalent resistance for parallel resistors
05:30 - Parallel resistance equation
Song Credit:
Music from Uppbeat (free for Creators!):
uppbeat.io/t/mountaineer/voyager
License code: YNTAUKIPESG5XXKJ










