Let's Talk About COMBINATION Circuits: Voltage, Current, Resistance, and Power
Join this channel to get access to perks:
https://www.youtube.com/channel/UCB3jUEyCLRbCw7QED0vnXYg/join
We have talked about series and parallel circuits. But have you ever wondered how a series circuit works or what it even is? In today’s episode of Electrician U, Dustin covers part 3 of our topic on circuits- Combination Circuits!
🤘⚡️MEMBERSHIP⚡️🤘
JOIN ELECTRICIAN U - become a member and get:
FREE Continuing Education every year
FREE Practice Exams
FREE Monthly Video Courses
FREE Weekly Live Instructor-Led Classes
FREE Monthly Educational Newsletter
Premium Members-Only Content
Private Discord Channel
Monthly Members-Only Discord Chats
Sign up here --- https://www.electricianu.com/electrician-u-membership/
🎧🎹MUSIC AND VIDEO:🎹🎧
https://www.facebook.com/descantmv
🎬✍️ART AND ILLUSTRATION:✍️🎬
https://www.daverussoart.com
A combination circuit is simply a circuit that has properties of both series circuits and parallel circuits within it. And, remembering that trying to figure out values for Voltage, Amperage, Resistance, and Power each require different formulas depending on what type of circuit it is. So, the easiest way to calculate values for these in a Combination Circuit is to simply start adding all the groupings of parallel circuits resistances together (this will need to be done a few times depending on how many there are) until we are left with a simple series circuit!
Let’s review the rules. Voltage- in a series circuit voltage is dropped across each resistance while in a parallel circuit it’s constant. Current- in a series circuit current is constant but is proportional to the resistance in a parallel circuit. Resistance- in a series circuit resistance is the sum of all the resistances while in a parallel circuit it is the inverse. The formula for wattage in a series circuit Pt=I squared x Rt and in a parallel circuit its P=E squared/Rt.
Let’s do one. Say we have a 100v power source and a combination circuit of 7 loads with the following resistances- R1-1, R2-2, R3-3, R4-4, R5-4, R6-3, R7-2. R6 & R7 are in parallel with each other, R4 & R5 are in parallel with each other, and those 4 are in parallel with R3. We will add R4 & R5, R6 & R7, and then add those together and then add it to R3. Since each set has only 2 resistances, we can use the product over sum method. Adding R4 & R5 we wind up with 1.7 ohms. Adding R6 & R7 we end up with 1.2 ohms and adding those together we have 2.9 ohms. Now we can add R3 and R4567 and have an end result of 1.18 ohms! Now we have 3 loads in series with one another and can complete our calculations!
The total resistance of our circuit is the sum of all the resistances- 1 + 1.18 + 3= 5.18 ohms. The total amperage of our circuit is the voltage divided by the total resistance- 100/5.18 ohms or 19.3 amps. Voltage is dropped across each load and is equal to the source voltage. The formula is amperage multiplied by the resistance = voltage. R1- 19.3 x 1= 19.3v. R2- 19.3 x 1.18= 22.8v. R3- 19.3 x 3= 57.9v. Add those together and we have 100v or our source voltage! Lastly, we have the power to work out. Amperage x the voltage of each load = the power consumption of each and we would add those 3 values to get our total circuit power. P1- 19.3 x 19.3= 372.5w. P2- 19.3 x 22.8= 440w. P3- 19.3 x 57.9= 1117.5w. And our total power for the entire circuit is the additive of these. 372.5w+440w+1117.5W=1930w.
We hope this has been helpful in understanding how combination circuits work. Make sure to check out the other 2 videos for Series Circuits and Parallel Circuits! Both are super helpful in understanding how each one works and how they come together in a Combination Circuit! Is there a topic you would like to see discussed here on Electrician U? Leave us a comment in the comments section and let us know. Please continue to follow Dustin Stelzer and Electrician U as we are constantly updating our content to assist our followers in becoming the best electricians that they can be.
#electrician #electrical #electricity #parallel #circuit #voltage #current #resistance #power
-
0:58
Electrician U
8 months agoFISH STICKS! Every electrician needs these!
5.59K -
LIVE
The Podcast of the Lotus Eaters
4 hours agoThe Podcast of the Lotus Eaters #983
4,262 watching -
LIVE
Jerry After Dark
20 hours agoJerry After Dark: Overnight Camping
1,525 watching -
LIVE
AP4Liberty
44 minutes agoTim Walz's Weird Affinity for Chinese Communism
267 watching -
2:15:58
The Black and Jewish Podcast with Ashira Solomon
19 hours agoEp. 5 There is No Justice in Criminal Justice with Mike Rashid
3111 -
59:54
The Gun Collective Podcast
18 hours agoUNGOVERNABLE - The Gun Collective Podcast 123
7416 -
13:17
Fascinating Horror
1 day agoFatally Flawed: The Rise and Fall of the Soviet Concorde | Fascinating Horror
2.74K5 -
27:24
JoBlo Originals
18 hours agoWhat Happened to The X-Files (1993-2018)?
7.41K11 -
8:57
Vigilant News Network
18 hours agoThe Top 5 Biden Lies from the DNC | Beyond the Headlines
16.7K62 -
6:28:56
The Charlie Kirk Show
14 hours agoObama On-Stage: The DNC, Night 2
221K382