omg thank you sooooo much.....i have a physics exam in like 2.5 hours today and i never understood these. this helped me alot. i learned more from you in those 2-ish minutes than i did from the book OR my teacher.
jesus christ, you rock. I couldn't figure this problem out on my HW. You just taught me in 30 seconds what my book couldn't teach me in 3 hours. I love how you split the circuit up in different sections. I was doing the same thing, but you taught me how to do it right.
@Nanaman12345 ahh ok well first of, V remains the same in a parallel circuits so I = V/ R1, V/R2, V/R3. Your confusing it with series circuit, where there is a voltage drop
Screw you all you lazy forum, this was hard when you are first introduced to it. But I assured it gets easier and if you stick to it... you may just understand it : )
too fast 4 me to understand; just a quick advice, try teaching as if you're talking to beginners, because most people who are actually interested in watching these videos ARE beginners. Thnx 4 trying n.e ways.
what the hell? um, what are you accomplishing by doing this? i was expecting to see how you would more efficiently calculate total circiut resistance, current flow, voltage drop, etc... given that individual resistance values can vary.
im getting close of understanding this whole resistance solving thing...i need to work on this or i'll fail on effing school..it's simply but math is not my kind of thing waaaaaaaaa
This has been flagged as spam show
nepsol.blogspot.com
This guy is bringing up circuits solution guys!!!
1Channelable 2 months ago
Please right some numbers for the resistors!!!!
MultiArrowz 2 months ago
thank you!!!!!!!!
spur0r 4 months ago
Fantastic summary.
greent26tube 5 months ago
tnk u so much
Oopscrash1 6 months ago
Nevermind, stupid me. I've got it now.
hurrhurrmurr 6 months ago
How does R + R + 3R/4 = 11R/4?
hurrhurrmurr 6 months ago
@hurrhurrmurr you multiply the R with 4 to share the same denominator. so, it becomes R + R + 3R/4 = (4R + 4R +3R)/4, and therefore, 11R/4. =)
LuckyLegend1 3 months ago
@hurrhurrmurr By common dominator 4R/4 + 4R/4 + 3R/4 = 11R/4
Waqasgju 2 months ago
slow the efff down
Philler94 7 months ago 8
thxx so much.....i was stuckedd on dis...
MultiPept 7 months ago
wow i loved this!!! and i'm not even taking a physics class right now!!! :)
roxadi 7 months ago
theres much easier ways to do this.
TriangleSandwiches 8 months ago
who are you talking to in the video?
frank0067 8 months ago
thx
0314407 10 months ago
You are great ,
:)
:D I love u umwahhhhhh
SuperSrilankan1 11 months ago
Does anyone happen to know the name of the hardware used to produce this tutorial?
Dajavoutube 11 months ago
@Dajavoutube microsoft paint + camstudio
e1sk5d346907aq7y 6 months ago
great!
Hamid0126 1 year ago
great!
Hamid0126 1 year ago
THANK YOU!
djzzero 1 year ago
Lifesaver. I love physics入
123conundrum 1 year ago
thanx to the teacher..:)
fiqah37 1 year ago
Your explanation came straight to my attention. Thank you
DjGisME 1 year ago
omg thank you sooooo much.....i have a physics exam in like 2.5 hours today and i never understood these. this helped me alot. i learned more from you in those 2-ish minutes than i did from the book OR my teacher.
hopefully this will help for my exam.
thank you :D
xAngelGurlx 1 year ago
I don't get where that 11R came from at 1:14 :-(
DjGisME 1 year ago
hooray lol
sixxdegree 1 year ago
thanks teacher you help me a lot!
khinnyo17 1 year ago
mental gymnastic
mikangra 1 year ago
Nice!
brunohakalug1 1 year ago
jesus christ, you rock. I couldn't figure this problem out on my HW. You just taught me in 30 seconds what my book couldn't teach me in 3 hours. I love how you split the circuit up in different sections. I was doing the same thing, but you taught me how to do it right.
NessRE3 1 year ago
THANK YOU SOOOO MUCH!!!!!!!!!!!!!!!!!!! This is the exact question I am stuck on for HW!!
CivicSportInjected 1 year ago
What about finding current?
Nanaman12345 1 year ago
@Nanaman12345
Ohms Law.. I = V/R
supraaman 1 year ago
@supraaman I know that. But I have problems knowing which Vs apply to which Rs.
Nanaman12345 1 year ago
@Nanaman12345 ahh ok well first of, V remains the same in a parallel circuits so I = V/ R1, V/R2, V/R3. Your confusing it with series circuit, where there is a voltage drop
supraaman 1 year ago
Screw you all you lazy forum, this was hard when you are first introduced to it. But I assured it gets easier and if you stick to it... you may just understand it : )
fidely 1 year ago
too fast 4 me to understand; just a quick advice, try teaching as if you're talking to beginners, because most people who are actually interested in watching these videos ARE beginners. Thnx 4 trying n.e ways.
albannajr 1 year ago
Comment removed
kimmmboo 1 year ago
A little more elaboration with the calculations might help those who are not familiar with these questions or who are not proficient in mathematics.
jc55 1 year ago
thank you very much for the video. it was very easy to understand and it helped a lot.
bowei7758258 2 years ago
what the hell? um, what are you accomplishing by doing this? i was expecting to see how you would more efficiently calculate total circiut resistance, current flow, voltage drop, etc... given that individual resistance values can vary.
irszgatti 2 years ago
Oh my god i didn't know it was THAT easy!!!!! That's what I get for choosing a physics teacher with a hardcore indian accent.
oekakinin 2 years ago
im getting close of understanding this whole resistance solving thing...i need to work on this or i'll fail on effing school..it's simply but math is not my kind of thing waaaaaaaaa
rockerresident 2 years ago
thats not maths, is it?
exact same situation for me, parallel circuits are confusing as hell
blueiseverything 2 years ago