Volts, Amps, & Watts Explained!

[@TheOrganicChemistryTutor]

Final Exams and Video Playlists: www.video-tutor.net/

[@xfodude8511]

HOLY COW I USED YOU TO PASS CHEMISTRY LAST YEAR AND NOW YOU ARE HELPING ME WITH MY PERSONAL PROJECTS i love you

[@albanianSpaceman3087]

All for the glory of Albania🇦🇱🇦🇱🇦🇱

[@markw4568]

Dude. I searched about 30 videos. and I found just bits. you answered EVERY question I had with this one video. you're the best

[@ikpeessien7399]

Sure he id

[@ikpeessien7399]

Oh my world , this is most incisive clinical explanation of the voltage, wattage, coulomb, amperes- electric charges conundrum. You explained it along with coulomb mathematics, tying everything up. Bravo Zulu.

[@josiahferrell5022]

It's amazing how much easier this is to understand when someone actually takes the time to break it all the way down to the base facts. Everyone else thinks they can make it easier to understand by comparing it to Super Soakers or something, but it really doesn't help you UNDERSTAND how it works.

[@oscarlopeze.4327]

U dont getcit? 1V=1000mv. 342 you ÷ by 1000mv? What's the answer? Is it 768 MV?

[@ecco2k-fan]

@@oscarlopeze.4327 tf u on about

[@williamregnier7245]

@Sammy boy he's a Albert Einstein 2.0

[@le_duarte]

Thank you for this video, I'm from Brazil and I'm very happy to have found it! It was very enlightening, I hope you get more and more recognition

[@maker7363]

Outstanding!! As others have said you are the 1st to put all the biggest pieces of the puzzle together. Only thing that kept tripping me up was you kept calling coulombs "Calooms". But that brought it down form a 10 to a 10 (it had no material effect)

[@ianchernencoff]

Coulombs... this is the piece missing in every other explanation. Without this piece it's just magic... Good job.

[@7JLindo]

The volt is basically a unit of voltage. 🤯

[@twayland6186]

It all makes sense now

[@xalehahmed5295]

🤣🤣🤣

[@jimhalpert9803]

No shit sherlock

[@liggerstuxin1]

I now understand how quantum physics correlates to general relativity!

[@anlozdemir8404]

amp is basically a unit of current.

[@balloney2175]

Very clear illustrations!!! Those who down voted doesn't understand anything at all!

[@Monody512]

[Uses coulombs to explain volts] [Doesn’t explain coulombs until later]

[@GeoffInfield]

FIVE MINUTES IN AND THIS IS EXACTLY WHERE MY HEAD'S AT TOO!!

[@davidm3210]

He does throw in some frustratingly basic math filler at times, what a relief when he finally returns to the heart of the matter. He's great, but IMHO this a lacking -just fast forward

[@mamadoutimera147]

Thank you for the lecture. It's very clear and understandable. You're the best.

[@georgiosivankof7071]

👍👏 this guy is super good. Thanks to him. He helped me with maths so much. Thank you very much mate.

[@flamedragon7643]

Who else only understood that a volt is a basic unit of Voltage. Then died

[@danielgraham2788]

I thought he was gonna say pressure or something haha. Yet still a great watch. Keep it up :)

[@achplumbingchavira7424]

All I have to say is thankyou so much I learn a lot today.

[@mikemierspadios7036]

Self taught Tech engineer from Philliphines. I am manufacturing tech products might as well understand the basics of electricity.

[@BYangBlueBushes]

Shockingly helpful

[@KendallVance]

Very clear and explains what the title says. One more example that might have been useful would be to calculate the amount of work battery can do, given its amp-hr rating.

[@FelipeGarcia-ym2xg]

Bro this was so good thank you for this

[@alexdemartine4758]

Excellent explanation brother! Well detailed yet easy to understand. We need more people like you to make tutorial vids!

[@albertadjei7046]

Good work bro

[@TylerThomas]

Thanks! I learned a watt

[@stevenburnett9101]

Ahhhhh, I didn't know what a volt really is and now I don't know whatever c is! Thanks for explaining that I appreciate it. 🙏

[@InfinityMW2]

Thank you for this easy understanding

[@surrendertothevoid]

13:15 is the birth of an artist

[@Neil71784]

Im currently studying aircraft maintenance. You explained this topic better than my….. 😂 thank you

[@ratichocc7187]

the conversion between millivolts, volts and kilovolts is easy if you use the metric system. It works very similarly.

[@bottleofwater1675]

ratichocc that might be hard for Americans 🌝

[@ratichocc7187]

@@bottleofwater1675 its just the removal of 0s

[@beardoswaggins739]

This was super helpful thank you!

[@grannywadenthebestpresiden7515]

This is very helpful. My teacher does a bad job at explaining it.

[@rahulprasad9723]

Thanks man

[@colpireduro9255]

Thank you for this❤️

[@tmerkury2813]

How do u know everything. We deserve to know lol

[@bryan.srtttt]

It’s called paying attention in class😂

[@balloney2175]

he is an electrical engineer

[@balloney2175]

@@bryan.srtttt ;)

[@heksogen4788]

@@balloney2175 Im fucking confused, account name is "Organic chemistry tutor" yet there are plentiful of videos about EE, which are of great quality. I know chemists from my uni, and they don't have even 1/10 of his knowledge :D

[@jimhalpert9803]

@@heksogen4788 I hope you guys know the fact that this stuff he teaches is super basic and easy. The hard stuff which he teaches , he probably revises them before teaching and probably uses notes to teach us.

[@luisaaseman2645]

Thank you so much po

[@dcgonzales5922]

You rock man

[@ikpeessien7399]

He sure does

[@JoseFernandez-zt5xs]

If I ever anderstand all that information I think I will deserve an engineer certificate.

[@somnangvirakvonprince]

Practical and clear explanation but I would like to confirm something. If I apply the knowledge I got from the video above, for example if I go and buy a 1200 watt power supply for my new building pc, it means that power supply will consumes 1200 energy of joules per second and as I know = More Voltage = More Amperes = More Charge of energy, So I need to have high voltage that can produce 1200 energy per second to match the power supply right??

[@keithganung]

that helped me so much thank you

[@federicomaisch6812]

Thank you for sharing

[@AkiraGomezTegstam-z2p]

You are amazing

[@dragunov4434]

Thank u 😍😍

[@aselim20.]

I watched it.

[@MrMuBot]

The title of this channel is the reason I had to leave science behind. Just the organic chemistry part. lol.

[@kartikikeluskar2540]

thank you so much sir

[@stefankrienke6498]

U look AMAZING,thank u.

[@Sheikhparvez38]

Sir pls make a video on integration and differentiation

[@PhilVerryChannel]

Awesome, I feel like I am talking with the New Kids On The Block when listening to him. =) The word: Calculate only has the second L pronounced. Wow. Why is that? How did this happen? It's kinda sexy. haha! I found this video interesting, but then, I am a nerd.

[@Shophiamondar2]

Hey I have a question. Does a small appliance using 750 watt differ in power and electricity usage than a large appliance using 750 watts?

[@safiulfaiyaz7038]

If all the conditions such as the resistance of the appliances, the voltage of the mains power supply are the same then according to my limited knowledge there won't be a change is the electricity usage

[@than217]

I am more confused now than I have ever been before watching this video.

[@Soilderith]

i love u dude

[@YourLifeWasting]

on my calc when i divide -1c by -1.6x10^-19 i keep getting 6.25x10^-20 not 6.25x10^18

[@Shenellth]

Do chemistry lesson videos for CSEC Chemistry

[@MrNurseinTExas]

Just a suggestion: But, I felt this video [is] more a video on differential analysis than anything else ( Which doesn't explain Volts, Amps, and Watts very well ). As an intellectual person from a different field of study I would simply suggest you focus on the core title, which is why i came here, in understanding all about volts, amps and watts. What is there relationship between them. It's easy to flash a few formulas on the screen which I could have gotten from a reference card. I want to better understand the relationship. Linus Tech Tips #LTT was explaining for lamens people like myself in terms of a water faucet. Could you make another video that helps explain this relationship more fully?? PS - I want to build my own electric car and I am still having some difficulty grasping the concepts for why batteries are in mAh, computers are in Watts, and electric cars are in Volts. Thanks for the video!

[@edman2740]

dude, please tag me when ever you build it, for two reasons... you're definitely bitting more than you can chew if you don't even understand this and second, I literally love to se the norms broken ... good luck !

[@macswanton9622]

@@edman2740 vacuum the crumbs out of your keyboard

[@edman2740]

@@macswanton9622 where's the mistake ?

[@brendongreathouse3126]

You said the negative was irrelevant however I calculated 3x just to make sure I didn't do it incorrectly and I got -688?

[@xK27R]

4:30 now you lost me

[@TiberiusStorm]

Teach...Can you answer this question that nobody else seems to be able to? Why do we multiply I x R to get Volts? Multiplying is basically repeated addition, so why would we do that if Current and Volts are proportional???

[@bsmall7264]

Shaine MacDonald 1 volt = 1 amp * 1 ohm. Or 1 volt = 0.5 amp * 2 ohm. Or 1 volt = 2 amp * 0.5 ohm. Or 1 volt = infinite amp * 0 ohm. (supra-conductor) Or 1 volt = 0 amp * infinite ohm. (void) Or 2 volt = 0 amp * infinite ohm. 0 * infinity is every number you want.

[@fuzakaruna_4867]

can i see how you would enter the electrons to culomes on a scientific calculator im messing up

[@woohooman-fl9vq]

*Cooloombs*

[@AKHILESHKumar-kq8ws]

Aap to BHAGWAN nikle meraa , mera jivaan bhar ka problem firrr krrr diye

[@austinhernandez2716]

This assume that we know what joule means and what a resistor is. Not helpful

[@patrickdyson2728]

How many watts make a bolt. And do you know how many volts to charge an average electric car?

[@narinderkumar3881]

Sir I'm little bit confuse 🙃Sir g 1 volt = 1j/c Then why 8 volt =8j/8c Clear it please. Why the answer is not 64

[@julesg7430]

Would it be fair to compare the equation of Watts=(Amps)(Volts) to the equation Force=(mass)(Acceleration)? Obviously we're talking about two different things, one refers to electrical energy while the other refers to the inertia of a body, but would the relation be comparable? If it is, then it would be easier for me to understand, otherwise, then I'm way off.

[@sandeshkhatri6846]

Yes, it would be fair to compare the equations "Watts = (Amps) x (Volts)" in the context of electrical power to the equation "Force = (Mass) x (Acceleration)" in the context of Newton's second law of motion. Both equations represent a fundamental relationship between different physical quantities.

[@Harsh-il6xq]

Bhai 2.4 amp me kitne volt hote h please

[@oximas]

in 8:00 shouldn't it be -6.25x10^-18e/sec?, because you said -1c = 6.25x10^-18e and not 1c = 6.25x10^-18e I am talking about the negative sign it's weird because then a positive coulomb is equal to negative amount of electron which is nonsence. here is my explanation for this please tell me if I am correct: so basically I this of "negative" number of electrons(or a +ve coulomb) as electrons flowing opposite to the direction i am measuring and "positive" number of electrons (or a -ve coulomb) as electrons flowing in the direction i am measuring, or maybe vice versa. please give me feedback on the correctness of this.

[@amolsherlekar]

If there would option to give more than one like I would have been given 1ooo likes.

[@DeDustMet]

Or 1 kLike

[@jonathaneidering5401]

If the total charge is 4,3 x 10x21, and each electron has the charge of 1,6 x 10^-19, why isnt it correct to devide total charge with the charge of 1 electron? Wouldnt that give me the total number of electrions passing? And from there i could devide that with 6,24x10^18 to get it in coloumbs?

[@davidsweeney111]

Also, P=I^2R

[@jimhalpert9803]

I mean someone would just use P= VI where if we aren't given V then we'd use V=IR and replace V in P=VI. Someone will very little knowledge should be able to do this. Learning more and more formulas is always bad and confusing!

[@viratsai850]

😘😍🙏🙏 .tnq Sir tnq very much..

[@carlosuno9491]

my science subject became maath

[@livacreative]

I have a question though, I have an old tube amplifier radio which has 2 speakers which rated, 3VA 4Ω each channel and I would like to change that to modern speaker. For that, how much 'Watts' speakers should I use?

[@weemanling]

Going back to 11:13 - can you confirm my understanding of this is correct. 666c comes because 4.3 x 1.6 = 6.88 and the difference between the exponent (21 and 19 here) is 2 meaning you take 6.88 and times it by 10 twice?

[@redbean9410]

ur wrong

[@Sai1ence]

You're right. When multiplying numbers in scientific notation (as it was written here), you multiply the numbers before the exponent then you add the exponents on the base (10). If you want more information on how it happens, search for "Operations with scientific notation".

[@moby655]

Can you explain VA?

[@naderhumood]

Good game....

[@nytheris2848]

Well 30 seconds in I'm already lost :/

[@CorySands]

3 minutes for me

[@balloney2175]

@@CorySands you guys must know how to cook scrambled eggs

[@CorySands]

Bal Loney yeah with lots of bacon, even tho pigs are dirty and I have high blood pressure

[@balloney2175]

@@CorySands not all pigs are dirty (the owner's mind is!) b/c pork like the ones sold in reputable grocery like Publix come from farmed agri-business and they are fed clean produce.

[@judy-chan4536]

but how? unless if you're only started learning, then i can understand, lol.

[@sports9407]

Why point B have 4v (4:05) point B not have resource battery why have volt point B ?

[@hernandeazlalo33]

Should open a gofund or paypal so people youve helped (like me) should donated a little something as appropriation 😌

[@bottleofwater1675]

12:18

[@luiscordeiro1397]

where did that ohm come from? sneaky. like a ninja. A lot of talk of W V and A and then Ω out of nowhere

[@phomolomosia4165]

ohm is a basic unit measurement of a RESISTOR in an electric circuit. When working with the base calculations of an electric circuit you'll mostly need the W V & A cos your already given the ohm - for the most part. HOWEVER, there's what we call an Ohm's Law used to calculate the unit ohm on it own.

[@viratsai850]

Sir, may l know where are you from??💐💐

[@jimhalpert9803]

I'm from Mars. What about you?

[@charliecabreros8158]

@@jimhalpert9803 pluto

[@samueldarda5399]

I think you wrote the example at 16:40 wrong

[@xT1TANx]

This sounds like an odd questions but it's nagging me and I'm sure I will be wrong here. In your battery example that starts around 16min, you ask how much power is absorbed by the resistor. You calculate this value as P= V * I. Wouldn't this give you the power that traveled through the circuit not what the resistor "absorbed". Shouldn't that be something like, Total power without resistor - actual power = total power absorbed by the resistor..

[@phomolomosia4165]

nah he used V= I * R which is pretty straight foward bcos you're only given the Voltage and the Resistance to work with. HINT: to find the adequate formula you can use - first look at what you're given to work with

[@Sai1ence]

That's something I was thinking about earlier as well. From what I understand, yes, you're correct -- he calculated the total power that went through the circuit, but that is equal to the power that went through the resistor, because the resistor is the only element in the circuit (besides the battery voltage source). If you wanted to calculate the power for an individual component in a circuit with multiple resistors, then you'd need to find the voltage DROP (the difference in voltage from before and after the component) as well as the current going through the component, which *can* be different from the overall current if the components are placed in parallel. His explanation doesn't go with terms like "voltage drop" because that's a bit more difficult, but I'm sure he explains it in some circuit analysis videos more, unless he wants everything to be simple - which he usually does. Good thing is more people understand his explanation, but not the fully correct one, which can be damaging. You can look between multiple sources and see what people are saying to make sure you don't get the wrong explanation and actually understand what's happening.

[@ikpeessien7399]

Nice

[@moatazahmed2771]

12:25

[@pixelpirate6]

yall usinf this for chem? We have this in 8th grade phy

[@nsh399]

💯

[@williamrose9783]

ouch my brain is startin to hurt 7 mins in... back to watchin the simpsons... less painfull

[@jimhalpert9803]

That's cute. I watch the office when feeling low/depressed

[@prasannakumarthottakathusr7845]

👍

[@everythingsfine7399]

what does negative 1 coulomb mean, why not just 1

[@Sai1ence]

The charge of an electron is considered to be negative, while the charge of a proton is the same amount but positive.

[@mattferrigno9750]

Never heard of coulombs in my entire life. Would be nice if you said the word the right way when teaching people. ˈko͞oˌläm is how pronounced. I totally lost you when you started talking about coulombs of power. Definitely should have started with coulombs first before just throwing it at us like that, lol. Not explained very well before introducing it into the lecture. Really good video though, I learned quite alot.

[@grulple5863]

what is a coloom? 4:15

[@ikpeessien7399]

One Coulomb is the number of electrons that flow in one second. And it’s 6.25x10^18

[@bredmond812]

You are filling in a lot of gaps in my understanding of electronics. Honestly though, I feel you belabor the arithmetic to much

[@mangreat71]

So how many volts is in 1000 watts ?

[@jeremykemp3782]

your question does not make sense sorry

[@mangreat71]

@@jeremykemp3782 i have a 1000 watt inverter, i just want to know would that inverter be enough to charge something that takes 240 - 245 volts ???

[@jeremykemp3782]

@@mangreat71 well an inverter is for changing dc current to ac current. yes is the answer . for example, if you connect your inverter to a 12 volt battery, you can then plug in your 240 volt appliance ie anything that is up to 1000 watts. tv, radio. maybe not a kettle

[@jeremykemp3782]

@@mangreat71 To charge what is a good question actually

[@jeremykemp3782]

nothing too big hopefully

[@Gravemind44]

Even after watching I still don't understand.

[@ryanjelinek3969]

so whats a coulomb? ya lost me in the resistance and joule/coulomb explanation

[@jessicasteel2254]

i am now way more confused.... :/

[@ikpeessien7399]

Why ? Am here to make it easy for you

[@johndon7065]

i dont get it, guess this why im not in college

[@BrianVanderbusch]

"koo-laam". Not "kuh-loom"

[@johndoe-wt4ui]

Wtf you loss me bro I tried to keep up

Wrong explanation. We don't need formulas but basics, what voltage is?

[@ikpeessien7399]

How wrong is it?, voltage is simple the Force or Pressure that drives electrons. One Voltage is the measurement of the force per second as it passes thro one ohm of resistance.

[@sammin5764]

🌟🌟🌟🌟🌟

[@Arachnid911]

.