hi, i'm from Vietnam. Your video is really helpful for my studying Physical at my university (Hanoi University of Pharmacy). I think it is helpful not only for me but also for lots of students all over the world. I hope you will make more and more videos like this. Thank you very much !
Hi Sarah, thanks for the post! Yep, since ABCDA, BCDB, and ABDA are closed loops, you could apply kirchoff's voltage law to them (sum of voltages in a closed loop = 0). You'll still end up with the same relation R1/R2= R3/R4.
Excellent explanation......is it possible to measure larger resistances in range of few kilo ohms using meter bridge...?????? i doubt because the conductor which is used in the bottom portion of the bridge ...is just a normal conductor of resistance in few ohms....
very good explanation but in some books , a loop is made and the calculation occur as -I1R1 - (I1 - I2 )Rt - ( I1-I3)R3 = 0 and further calculations leads to R1/R2 = R3/R4 . Loop direction is anticlockwise .
I just got a notification about this, and it is exactly one year later. Interestingly, I just finished a test in a Circuit Theory class over this stuff. Last year it was an Electricity and Magnetism physics class.
Couldn't finish the video, the music was absolutely disgusting and completely ruined any attempt at concentrating. Please, don't do background music on videos like this...
hi, i'm from Vietnam. Your video is really helpful for my studying Physical at my university (Hanoi University of Pharmacy). I think it is helpful not only for me but also for lots of students all over the world. I hope you will make more and more videos like this. Thank you very much !
best explanation i have seen so far.
Dude, You are amazing. :D
I took like a whole year to understand the principle, and with this video, i took like 10 minutes.
Thanks a ton. :D
Your explanation is amazing but that music is disgusting
Couldnt watch this? Might as well hand out meals to the homeless with a slap!
cool explanation with cool music ........
Hi Sarah, thanks for the post! Yep, since ABCDA, BCDB, and ABDA are closed loops, you could apply kirchoff's voltage law to them (sum of voltages in a closed loop = 0). You'll still end up with the same relation R1/R2= R3/R4.
Excellent explanation......is it possible to measure larger resistances in range of few kilo ohms using meter bridge...??????
i doubt because the conductor which is used in the bottom portion of the bridge ...is just a normal conductor of resistance in few ohms....
Nice video. Great explaination.Ty.
You made this on Ipad ?? BTW nice video :) Thanks
nice explanation and nice music too it helps me focus
very good explanation but in some books , a loop is made and the calculation occur as
-I1R1 - (I1 - I2 )Rt - ( I1-I3)R3 = 0 and further calculations leads to R1/R2 = R3/R4 . Loop direction is anticlockwise .
this video helped me a lot .thnk u so very much
Well explained. background beat was good too.
this was a great video and i actually think the music prevented it from getting boring.
Your drum beat is missing a beat.
It's a loop. There's a gap between when the loop ends and starts back up again, and that's what you're hearing.
good catch!
I just got a notification about this, and it is exactly one year later.
Interestingly, I just finished a test in a Circuit Theory class over this stuff. Last year it was an Electricity and Magnetism physics class.
I love that small error at the end of the drum loop, it was fun listening to all 8775 times! Haha
you are fucking kidding with those drums man
Thanks bro. keep it up. you tuition was good.
Good explanation ,thanks...
I'm from India and completly understood. Thanks for d upload .Background music is a bit annoying..next time upload without background music...thanks.
Thank you! The video was helpful
it was a precise excellent vedio
nice
Explanation is good bt d background music is irritating. TY.
Great Explanation :) Thank you so much :)
Amazing video
You're rock man 👨 ❤ like it.
Dude please the next time without drums
but the explenations are good
where can we use it?
excellent! 👍✌
Thanks it was an excellent explaination for me! How to learn physics is a big question ! would you guide me to study physics easily?
thanks...good explanation:)
very helpful...tqq sir
but the vdeo was superb you did great mister
Those drums...I'm shocked at the fact that I'm not annoyed by them. I found the background sound weirdly entertaining and even helpful.
you mean like from negative to positive?
best way of learning
I'm so weedstoned right now
It's funny cuz our teacher pronounces it the exact same way lmao
Gr8t but the music....i prefer no music at all
I like music in background, focus helper
whats with the background music?
yes the music was a little reretative i agree but the fact that i could hear music while doing a little maths i felt was soothing 0_o
hahahaha im laughing so hard during this video, how did u upload this without realizing the background tune wouldnt get annoying at some point XD
Damn, the video is good but what's up with those drums?
Yep. It doesn't make much difference as you'll end up with the exact same relation in a closed loop :)
Excellent presentation with mice description. Very much convincing. Back ground music could have been avoided or slowed down.
plz cut the drum loop crap! Its irritating, but good explanation though
Every comment has the "drum" thing rolling😂😂
helpful vid, the music is kinda very distracting though...
Glad you liked it :) Nops I did it on a laptop :)
Assuming ideal parts, both ends of the galvanometer will always be at the same potential. Part of the first part of the explanation falls apart.
Glad you replied lol :) Welcome
thank you
the video is good but the music kept distracting me... Nice job though.
lol that beat get annoying..
I agree--- the music is an annoying distraction.
What the hell with background 🥁 sound
thanks
Music is too distracting, couldn't watch.
Dude why would you put that rhythm??
thank uh..
that fucking beat
The background music makes it so hard to concentrate...
thanks ya :))
good explaination man bt the drum beat gets on my nerves.thanks though
Couldn't finish the video, the music was absolutely disgusting and completely ruined any attempt at concentrating. Please, don't do background music on videos like this...
Turn down the background music. I agree with @somyasharma I feel nervous after watching this...
It should be illegal to have music in educational videos that aren't about musical education
Get rid of the background music, otherwise good explanation
I can't fish it because the beat
the drum loop is way off.
someone stop the music
no need to put the music sir.
Please, please, please take that music down! Lord have mercy!!
whats with the music....its so annoying
YOUR background music was very frustrating and irritating
lol 11:30.
Howie Day - Collide
drum is really annoying and unnecessary
The music is so bad and distracting....
background music is annoying ! sounds like a circus show ! please dont add back ground music
Potential difference is zero
background music is disgusting 😴😴😴
Fix that beat plz😅😅
Sub
stop playing the drums while you're talking.
plz remove this music its very disturbing
not clear to see
teaching is good
drums??????????????????????
Good content. I disliked because of the lame music
where can we use it?
thanks