Series-parallel combination circuits

In this video, we go through one method of figuring out the current through all resistors, and the voltage across all resistors, in the circuit that has one battery and resistors in series-parallel combinations.

[@yousif6470]

This is a GREAT video breaking it down step by step really helped

[@williamcox2763]

This is the BEST explained break down.. in detail I've seen on youtube.

[@mehow0074]

Best discription of the break down of series/parallel circuits by far I've seen..thank you

[@starlapenner]

I watched so many videos but yours was the one that finally made sense. thanks!

[@rizwanchowdhury2726]

very clear/short way to understand combination circuits. Thank you. I have my midterm this Saturday and looking at ur video def helped my understanding of how the circuit works more. Made 8 years ago but explained better than anything made today.

[@LonneLpp]

THIS is a GREAT break down of a Series-Parallel Combination Circuit!
- The tutorial was amazing supplemental learning and knowledge to what I have learned in class, and I thank you VERY much for this breakdown!

[@veehaytch3440]

After searching for hours I find ONE fantastic circuits video... thank you sir for this

[@half_cutt1533]

Wow I got this the first attempt, pausing it about 50 times but still the first attempt haha thank you!

[@shahbanomaria8304]

haha me to.... same here

[@o0OJeenYusO0o]

Your tutorial helped me a ton with my looming DC theory tests coming up today. You beat my teachers explanation by far. One thing I felt like suggesting is you should buy a stencil so you can write along as you explain your slides!

[@gracechills4016]

Best video I recommend to anyone struggling with this topic Well done sir 👏👏👏

[@crazaholic1968]

Wow this is the best explanation I had in my life about circuits. I hated this topic in school since I didn’t understand the concept and I struggled in exams. Now it sounds easy peasy with your elaborate explanation. Thanks!

[@brotherricksafety]

Thank you so much for this explanation .

[@christiangonzalez9494]

This is wonderfully explained!

[@toimixtv3651]

Very informative. Thanks!

[@virginiashack5699]

Amazing explanation!

[@leraheva8485]

outstanding explanation!!!!!

[@xfantasiax3903]

Thanks my dude.

[@paulsamuels4262]

best explanation

[@talhajat3301]

thanks you save my fucking life

[@shahbanomaria8304]

good...explenations....

[@Lotus-bo3rw]

May I know what happens if you take out one bulb will the others burn out as well?

[@enbee6151]

Thankyouu verymuch💖

[@rovaraveloson9102]

Amazing

[@riks2556]

THANK YOU SO MUUUUUUCCCCHHHHH

[@nothingnoting1937]

idk if any one will see this but if i take off R4 from the circuit is that still going to be a combination circuit??

[@angelykahorcales9991]

Thanks

[@glynos4957]

Why is 1/12 is the same as 3/36 ohms?

[@chanah-danaejames6337]

G l y n o s their equivalent fractions

[@Sanjoli3232]

Good

[@awesomeness7543]

4:06 it looks to me like R1 and R23 are in series aswell, so why not combine those?

[@LonneLpp]

R1 and R23 are not in series as R1 will receive a portion of current from the line, and the other portion of current will continue onto R23.
Hope this helped to visualize the current split.

[@radicalrasta950]

Never did RT/Total resistance for the whole circuit

[@HellRiderSpirit]

To get the total current, (3A) he had to divide the total voltage (12V) by the total resistance, which is 4 ohms.

[@aidendixon3101]

This is slightly more confusing to me as compared to other videos I've watched on the same topic. Maybe if I would've started with this one it would be different. I'm struggling to grasp the concepts after everything's been broken down and starts to be expanded again. Maybe more practice is needed.

[@azo5732]

Can anyone help me with some problems?

[@jacobarmstrong8233]

keep it simple

[@electronicsmadeeasy8385]

Detailed Electronics lectures in Urdu Language

[@angelykahorcales9991]

😽😽😽😽

[@xin5269]

😤

[@user-lh9sc9wm6e]

You cant teach straight forward , you where confusing me seriously