What is a kWh - kilowatt hour + CALCULATIONS 💡💰 energy bill

[@EngineeringMindset]

⚠️ *Found this video super useful?* Buy Paul a coffee to say thanks: ☕ PayPal: www.paypal.me/TheEngineerinMindset

[@ceooflonelinessinc.267]

I have a question sir. At 1:07 you say the number says how much KW the heater needs per second to be working. At 3:00 you calculate it with 3 x 2Kw, but if it is by second wouldnt it need to be calcualted totaly diferent?

[@HumbleThyself230]

@@ceooflonelinessinc.267 at 1:07 he is saying KW is the energy demand measured in Joules per second, which is Watts. To get KWh, we multiply the energy usage of the item(KW) by the amount of hours it runs to get the output of KWh. Does that make sense?

[@ceooflonelinessinc.267]

@@HumbleThyself230 They there, thank you for taking the time to read my comment but I am still confused. At 1:06 he says the 2000 wats is the "energy demand per second". So wouldnt that mean you would need to calculate 2000 x 60 x 60 to get a KWh isntead of the calculation at 3:00?

[@AlC-ve6ft]

❤ 0:00

[@ariana_mfs]

As a 15year old girl, I'm just curious to know how electricity bills are calculated so I can be aware of money finicially and not interested into engineering. The video is understandable, thank you!❤❤

[@JordanPeterson.]

Smart girl

[@Suburp212]

Good

[@saijapz16]

dont lose that curiousity, always seek for answers. you are amazing 🤟

[@suneelb1181]

Nice any doubts ask me, I'm electrical engineer 😊

[@mrbakeryx7358]

Now ur 16 yrs old girl 😊

[@peanutpotion]

Thanks for all your hard work and knowledge put into these videos, you've made such a positive impact on my learning.

[@EngineeringMindset]

Great to hear, thank you

[@ciceroaraujo5183]

Gratitude makes you powerfull

[@shamsreza7671]

The way you explain things makes it very easy to understand !! Please explain how a dry cell battery works and liquid cell battery works.

[@fukaishikonoenjinia8729]

go to school

[@MarkRatermann]

I am sure many folks are wondering why electricity seems so cheap in your example. 10 cents a kWh is pretty cheap but if that is what you pay realize in the US anyway, most utility companies tack on all kinds of extra charges (many required by the government and some as a means of passing on other costs). Distribution, transmission (yes, two different things) low income supplement charge etc, etc. By the time you are done, kWh goes up since many are based on your kWh some are flat rate. Expect to see 30 to 35 cents per kWh or where I live a lot more. You did a great job, thank you.

[@CyberTronics]

Gutted you used the $ symbol instead of £ ! Be proud of who you are mate.

[@mephiz1919]

All your vids are excellent! I am learning more in a few mins than yrs of college physics electronics ever taught me.

[@shamsreza7671]

Please explain how DC current flows when batteries are connected in series/parallel along with the calculations.

[@sharfazhameed6382]

I love your videos brother, # 1 video wen it comes to engineering mind set like the title says. Every time I find your video I feel like I have seen a movie I waited for long.

[@thomasgaertig9453]

So, since 1 kW is 1000 J/s, why don't we have to convert a kW into a unit per hours before calculating how many kWh are used? In the beginning of the video you mentioned a multiplier of x3600 for seconds in an hour, but then it was never used

[@7654jake]

i noticed this error too

[@arokiabharat1351]

I also noticed this error. Please explain, if we did not understand something !

[@hakanai9732]

That’s what I was thinking

[@AlexRiding6]

Not sure to understand but kWh is already a unit showing how much energy is used/spent in one hour. No need to recalculate anything in hours then, already done. If I got your question.

[@hakanai9732]

@@AlexRiding6 if you look at 1:08 you see it doesn’t say 2kWh, it just says 2kW. So the question is do we assume it’s 2kWh or

[@waltzb7548]

Thanks for all these videos! College physics was decades ago, and going long periods of time not doing any electrical work, these are all great reviews. Of course for ths real stuff, I hire a licensed electrician. So great to study this again, wish your videos were around when I'd be burning the midnight oil studying. Cheers!

[@shaunmadden545]

at 1:09 you say the label is how much energy is used per second, then at 2:30 you say its per hour?

[@hajarrajab596]

In the first, he explains how much energy is in one kw (measured in joules/s) In the second, he explains how much of that energy constantly being used by that machine for the period of an hour (kwh * number oh hours * number of days = total wattage used that month)

It's not per second it's per hour. If you have a 2kW heater it will consume 48kW per day.

[@charadremur333]

@ he said that Nvm i realize what you ment

[@FawadBilgrami]

Diana J it means the rating on the devices are per hour and not per second. If the heater is 2kW, then it’s per hour consumption rating. If heater runs for 2 hours a day a month (30 days), then it will be taking 2x2x30= 120kWh from your energy bill.

[@shanikapramith9999]

As per wht he said 60w is per second .then per hour 60x 3600 will get per hour and then times 10 will be the correct answer 😂

[@jjjackson5613]

In the beginning of the video you state the Watt rating on the box/package indicates how much power is used per second. If a 60W light bulb is used for one hour, that would be 60W per second at 60 seconds per minute at 60 minutes (60W x 60 x 60) for a total of 216,000W or 216kW. So is the statement at the beginning of the video accurate? If so, what am I missing?

[@mar-tin702]

60w bulb will consume 0.06 kwh per hour or 0.6 kwh for 10 hours

[@mar-tin702]

Energy is measured in kWh ,so you need to convert watt in kilowatts and seconds in hour to get the energy ,60 W is 0.06 kW and 60 minutes is 1hour

[@DanThemes]

@@mar-tin702 So the statement that the watt rating on the product box indicates the power used *per second* is false. A 60W rated product actually uses 0.01666666W per second?

[@mar-tin702]

@@DanThemes you know how much energy a lamp would consume if it was 60w per second?? Energy is power in kilowatt x time= (kWh) 60 W is 0.06 kW since 1kW is =1000 W so a bulb of 60 W will consume 0.06 kW x 1 hour= 0.06 kWh in 1 hour

[@Red_Light_andBlue]

I appreciate you calculating the cost using Freedom Units.

[@user-fp6jh1oq3k]

الله عليك ي مهندس ممتاز جدا جزاك الله خير

[@pacificoceania5828]

It is very simple and short explanation but it is very easy to understand. Thanks for sharing this knowledge on KZbin.

[@PappenbergerApps]

2:25 Why can't I take 2kW and multiply it with 30 seconds? You explained that the kW values stands for the energy used in one second. Thanks for this great video!

[@abhijithcpreej]

You can. Hours are used for much higher amounts for daily use. Any unit of power multiplied by a unit of time will give you energy. You have to be careful with the units, though.

[@LFOVCF]

Why 30 seconds?

[@jeremykemp3782]

@@LFOVCF because you are working out kWH not KWS

[@labscience8271]

You can, but you'll get 60 kWs (Kilo-watt-seconds). If you convert it by dividing by 3600, you'll get 0.016 kWh, which is basically the same.

[@tarekdaoud50]

@@jeremykemp3782 So you're saying that for a device that uses 100Watts they mean by that 100W/h ??

[@sumair4u]

Thats great It made my concepts clear about Kw and Kwh Thanks Keep it up

[@SCOUT_THE-SERVANT]

I appreciate HIGHLY That it is explained what a watt is. That the origin/meaning is just the name of the eventor. And not some other meaning that would need further work in discovering.

[@Adamcfyfe]

5 years old and still a great video. Thank you for putting this together many moons ago. 🙏🏻

[@PoetbyDay]

Nice try, but you aren't five years old anymore.

[@Adamcfyfe]

@@PoetbyDay ?? I meant the video was posted 5 years ago.

[@sanjeeva_krishna_official962]

You exaplains very well in all videos

[@gauste17]

Good job. Small mistake at 3:33. Don't convert time from 30s/hr but only from 30s.

[@sudheerpandiripalli5219]

This is exceptional.. we all not known these things in clgs regardless KZbin providing this.. Thank you The Engineering Mindset.

[@miketyson8236]

At point 2:04 I think there's an error, it should be: kW/1000 = W or kW = 1000 W or kW = W x 1000. Tip: think of k = 1000 and when you see (kW) it's basically (1000 W)

[@Flaystray]

That's what I thought, but when you say that 1 kw x 1000 is the same as 1000 watts, his explanation makes sense. This is one of those examples where the cracks in the logic of math show

[@GeoffEspeland]

@@Flaystray 1kwx1000 is 1,000,000 watts

[@EngineeringMindset]

I understand the confusion now. I have said at 2:06 "1kW x 1,000 = 1,000 Watts" I am literally typing "1 x 1,000" in the calculator to get the 1,000W answer. But you have interpreted that as me saying type "1,000 x 1,000" which would give 1,000,000W. I use the kW value as is, I don't replace the K with zeros. E.g. if it was 15.8kW I would type "15.8 x 1,000" into the calculator, not 15,800 x 1,000". I thought it was clear in the video but many people have had this problem so when I remake the video I will explain this more clearly. Thank you for the feedback, appreciated.

[@miketyson8236]

@@EngineeringMindset Yeah it can be a bit trippy ahaha. But I'd advise you to consider the "K" as 1'000. That's because when you write: 1kW x 1,000 = 1,000 Watts it is wrong 1kW x 1,000 = 1,000 kWs is the right, do you agree? 1W x 1,000 = 1 kW is also right Hope you understand what I mean. Anyway thank you for your great videos!

[@pinoyace1]

Very good and simple explanation...easy to understand.

[@drago-ig6ms]

best chanel for electrical learning

[@lauratbislimi6638]

Your videos are absolutely amazing!

[@affoxiii]

Some comments on your discussion on units. Unit analysis is key to understanding in these calculations. The definition of a Joule as energy is not wrong but it is vague and barely mentioned and many would miss the important point that a Joule is a unit of work (defined as force x distance). It should be stressed that you are paying for work. The work it took to move the electrons (current) down the wire. Power (measured in Watts is the rate of doing work (power=work/time), where the units 1Watt=1Joule/sec. Or more simply the force (volts = Joules/Coulomb) to move a bunch of electrons (Coulomb = 6.24 x 10e18 electrons ) down the wire on a per second basis (1Ampere=1C/s). Where, Watt = volts x amps Or. Watt = Joules/C x C/s Watt = Joules/s The rate of doing work Hence since a Wh = work/time x time, time cancels and work is left, measured in 1000s = Kilo (K) or KWh. One final note. At 3:19 there is a minor oversight in the units of the bottom equation. It should read; 30sec ÷ 3600sec/hr = 0.0.0083hr Not 30sec/hr. All in all a good presentation.

[@dongertan3320]

Thanks for this video. You are great guys. Thanks again.

[@Graceymay74]

at around 2:15 you've got some terms back to front. 1 Kilowatt or KW = 1000 watts, not 1w=1000kw. Otherwise great. Actually, if you swap your operators it would be fine. swap your division for multiplication.

[@2.3_44XD--]

Thank you. My brain was going to explode or shortcut with 1000kW=1W 💥💀....

[@NhatLinhNguyen82]

He is explaining conversion so he is right. If you have 1kW, multiply by 1000 you get 1000 watts.

[@EngineeringMindset]

I understand the confusion now. I have said at 2:06 "1kW x 1,000 = 1,000 Watts" I am literally typing "1 x 1,000" in the calculator to get the 1,000W answer. But you have interpreted that as me saying type "1,000 x 1,000" which would give 1,000,000W. I use the kW value as is, I don't replace the K with zeros. E.g. if it was 15.8kW I would type "15.8 x 1,000" into the calculator, not 15,800 x 1,000". I thought it was clear in the video but many people have had this problem so when I remake the video I will explain this more clearly. Thank you for the feedback, appreciated.

[@richardbessah421]

This is really practical, I rally enjoyed the video. Please explain more on power factor surcharge on electricity billing and how can one fix the surcharge issues on bills.

[@enokfemti2356]

I was missing the most important part of information regarding the Kwh, how much work 1 Kwh is. If someone would take a back pack and load it with some drinking water, (he will probably need it) so that he all together weighs 100 kg. How many stairs does he need to climb before he has made the work of 1 Kwh? When you know that, you can start to have an idea about what a Kwh is.

[@shamsreza7671]

Please explain how the capacity of a battery is measured.

[@EngineeringMindset]

Check this out, how a battery works: kzbin.info/www/bejne/homxfJ6Zd5Wjf5Y

[@IronWolf277]

I wondered why my electric bill jumped so high? Damn you Heated Fan!

[@coontent-tv]

electric heater blower not heated fan

[@user-vk1oh9pq2e]

Wh = J

[@denz5519]

Thanks dude those are the basics I need!

[@linksone6287]

Great video Paul! A lot learnt mate. Keep the education flowing. Question: what about if you only have the unit cost per KWH and not KW.H? How o convert and confirm to pence.? I.e, £0.10p Kw.h. Your help is appreciated. Cheers

[@amidhmi5243]

There is a common confusion between kWh and kW. KWH, kWh is the same as kW.h and it is a unit of energy. Note that the h is not under a fraction. It's kilowatt TIMES hour. Let's say the cost of energy is 16c/kWh. My kettle used 0.5kWh of energy to boil my water. It cost me 8c. Now it doesn't matter how long it took the kettle to boil it. Let's say you want to still measure its Power in kilowatts. It took 12 minutes for the kettle to boil that. This means 0.2 hours. The kettle used a power equal to Energy = 0.5kWh divided by Time = 0.2h. 0.5kWh/0.2h = 2.5kW

[@chaosolid]

great efforts that create benefits and accumulates value each time it reaches 1 more person

[@daaatmoney9256]

Sir ,u r awesome. My sincere thanks and gratitude goes to u for putting tremendous effort and hours to explain engineering stuff to us. Could u please make a series of videos that shows in steps how to design an HVAC ,plumbing and fire fighting system for a project u have worked on ? Nowadays it is harder to land a job in the engineering sector as a fresh graduate. Plz that will make a huge impact in my life if u could give series of training videos on how to design engineering systems such i mentioned above. Many thanks to u again

[@ibrahimwrites]

Nice video... Cool editing.... What program do you edit with.

[@evolutionfilms1]

This is the best video on youtube! Other videos should watch this video as a tutorial on how to do educational videos! Thankyou Sir! SUBSCRIBED!!!

[@m03i]

Thanks a lot for makeing such a great video. I went through a hard time with my Science homework and this help me a lot. Thank you so much

[@andresjimenez3811]

At 2:14 the conversation KW x 1,00=watts (W). Isn’t 1w x 1000=1kw. I’m confuse. Help.

[@EngineeringMindset]

I understand the confusion now. I have said at 2:06 "1kW x 1,000 = 1,000 Watts" I am literally typing "1 x 1,000" in the calculator to get the 1,000W answer. But you have interpreted that as me saying type "1,000 x 1,000" which would give 1,000,000W. I use the kW value as is, I don't replace the K with zeros. E.g. if it was 15.8kW I would type "15.8 x 1,000" into the calculator, not 15,800 x 1,000". I thought it was clear in the video but many people have had this problem so when I remake the video I will explain this more clearly. Thank you for the feedback, appreciated.

[@user-fr2jg1fs7k]

Thanks for the mind blowing explanation. it really helped in my power utilization simulation and monitoring system project

[@zayal859]

@2:16 I'm pretty sure kW / 1000 = Watts and W x 1000 = 1 kW How come nobody noticed this?

[@mrcacuna1]

I noticed as soon I saw it.

[@EngineeringMindset]

I understand the confusion now. I have said at 2:06 "1kW x 1,000 = 1,000 Watts" I am literally typing "1 x 1,000" in the calculator to get the 1,000W answer. But you have interpreted that as me saying type "1,000 x 1,000" which would give 1,000,000W. I use the kW value as is, I don't replace the K with zeros. E.g. if it was 15.8kW I would type "15.8 x 1,000" into the calculator, not 15,800 x 1,000". I thought it was clear in the video but many people have had this problem so when I remake the video I will explain this more clearly. Thank you for the feedback, appreciated.

[@771risasankar8]

Can you please explain mAh (power bank capacity) in detail? I have little confusion in that topic. May you explain? Please...

[@danielteyehuago1633]

Thanks for a great video tutorial

[@kulaniscap]

I now finally understand kilowatt hour. Thank you

[@rheashah9814]

I’m doing my GCSE’s and this is perfect. Thanks

[@chahalpawanpreet]

Your videos are of supreme quality to say the least

[@shrirambhat6723]

Hi ..pls explain physical significance of nuetral and earth wire in home wiring.

[@F4FIGHT]

Super straight explanation

[@laijugeorgh6348]

Very good....

[@MasterOfMisc]

What does he read every day? What are his practice sessions like? How does he come up with this level of word play? How does he have instant access to knowledge in all areas? How often is he reading? Whats the split between knowledge and practice?

[@rehanmasood8b21]

Bro u are such a great person

[@rizwanahmed8212]

Hey Bro... Thank you so much for this information in a easy & simple way. And also appreciate your good work & effort. Keep it up man.👍

[@slavsterbater]

This should be on every power company website

[@Froggability]

Everyone should do physics at school, coz this stuff is valuable to know, but easy to work out

[@emregeylani]

Simple and instructive. Thanks.

[@andargachewdessie2793]

Thank you for the video!

[@yohanneslucky5538]

Thank you for educating me.

[@xophaser]

I just pay the electrical bill and call it good. But nice to break it down if I need too, haha.

[@BEPPEJHA]

I need to know if my lights to stream are consuming too much

[@LFOVCF]

@@BEPPEJHA lights to stream?

[@BEPPEJHA]

@@LFOVCF yeah video streaming

[@PapaZamForever0809]

Please discuss something about heat rate of a diesel engine power plant

[@Rationalific]

This is the best explanation I've found! Thanks a lot!

[@johnnyrodriguez7689]

This is cool. I'm glad to have electricity. I want to find out how much I'm spending on electricity each month. If I copy him and build a table. I may be able to find out how.

[@ravindratanawade4577]

Excellent Explanations Excellent Animations..Thanks for this..

[@comfortadeoye1538]

I found the video very simple and easy to understand. Thanks

[@vhiedkc859]

Finally understood this

[@tekros8481]

Wait, at 0:56 he says "On the electrical goods you purchase, you'll see a value stated in W or kW; This is the power demand of the item, it tells us how much energy _per second_ this will demand to work." So according to that, a 100W lightbulb should require 360kW per hour (100W x 60 seconds x 60 minutes = 360,000W or 360kW). This is obviously wrong, but where is the error? Did he misspeak and mean to say "per hour" instead of "per second"?

[@jeetkunwarvlogs1816]

ek system pc chla rhe h to..iska bill per unit kitna ayegaa sir ye btaye...per month or per 24 hours or per hour kitna ayega btaye.dhanyabaad

[@thickcheeks9603]

2:15 infos are in reverse, 1kilo watt equals 1000watts, kilo only means a thousand. I don't know what you are talking about here.

[@EngineeringMindset]

I understand the confusion now. I have said at 2:06 "1kW x 1,000 = 1,000 Watts" I am literally typing "1 x 1,000" in the calculator to get the 1,000W answer. But you have interpreted that as me saying type "1,000 x 1,000" which would give 1,000,000W. I use the kW value as is, I don't replace the K with zeros. E.g. if it was 15.8kW I would type "15.8 x 1,000" into the calculator, not 15,800 x 1,000". I thought it was clear in the video but many people have had this problem so when I remake the video I will explain this more clearly. Thank you for the feedback, appreciated.

[@tonyjang7551]

Thank you so much for the videos! I really enjoy watching them a lot. But I have a question on this video. I don't know why "KW * 1000 = W"(2:15).Because earlier you said, 1 W = 1 joule, and 1 KW = 1000 joules.Therefore, Is it possible that you meant to say W * 1000 = KW?

[@sid9139]

1 Watt = 1 Joule Per Second (J/s) 1 kWh = 1000 Watts Since 1 Watt is 1 Joule/s & there's 3600 seconds in an hour, 1 Watt Hour is 3600 Joules. Then, a kWh is 1000 Watts & again, there's 3600 seconds in an hour, that's 3,600,000 (3600*1000) Joules in a kWh. Yes, I'm pretty sure you're correct on your last statement there. Think about it as the metric system. 1 Meter * 1000 = 1 Kilometer. Same with the electrical power, 1 Watt * 1000 = Kilowatt. Hope this helps!

[@thickcheeks9603]

@@sid9139 i was looking for that comment caus i do think he reversed those two. Cause theres no way a watt equals 1000 kwatts that's a 1 to a million ratio

[@Sole-.]

No. Think of mass if you want. If tou have 1 Kg of sugar and you want the grames, you multiply by 1000. Because thats what the " K" means. Its a way to put 1000 shortly. Just like the "m" in miligrames mean (1/1000) .

[@dracophyle]

@@Sole-. I see what you did there, but I still think that is incorrect. If 1 kW = 1000 W that must mean that if I multiply 1 kW by 1000 I would have 1,000,000 W. I think following the units will help in this case. He has an equation: 1 kW x 1,000 = 1,000 W. If you devide both sides by 1,000 you get 1 kW = 1 W, which we know to be false.

[@EngineeringMindset]

@@dracophyle I have made a mistake in the video. This will be updated soon in a new version

[@ossmaanwar1152]

Thanks for this valuable information

[@TnYnk]

1 kW X 1,000 = 1000000 W , 1 kW = 1000 W

[@EngineeringMindset]

I understand the confusion now. I have said at 2:06 "1kW x 1,000 = 1,000 Watts" I am literally typing "1 x 1,000" in the calculator to get the 1,000W answer. But you have interpreted that as me saying type "1,000 x 1,000" which would give 1,000,000W. I use the kW value as is, I don't replace the K with zeros. E.g. if it was 15.8kW I would type "15.8 x 1,000" into the calculator, not 15,800 x 1,000". I thought it was clear in the video but many people have had this problem so when I remake the video I will explain this more clearly. Thank you for the feedback, appreciated.

[@leos874295]

Thank You

[@p103022158]

Thanks for all your work

[@frederickcallis691]

the calorie is the amount of energy it takes to raise one litre of water one degree celcius

[@mamataswain1219]

It's 1 gram not litre

[@pakiengr.896]

Zabardast video... Thanks dear...

[@dwaipayansarkar2358]

Appreciate the effort you put in this video

[@djman256]

This does actually help.

[@bebeusxl9842]

Many people, including myself, often mistake the kWh unit of measure for how many killowatts a device will use per hour, which is wrong. The easier way to think about this so as to get it right every time is to imagine how much energy a device will use in a TIME INTERVAL. This could be an hour, but it can also be a minute, a couple of hours, a week etc.

[@andreykh88]

Very simple and clear explanation

[@nooralshaer3105]

Thank you for the awesome content! Very helpful

[@jacoblehman8714]

No not at all. So many flaws in this video.

[@EngineeringMindset]

@@jacoblehman8714 I understand the confusion now. I have said at 2:06 "1kW x 1,000 = 1,000 Watts" I am literally typing "1 x 1,000" in the calculator to get the 1,000W answer. But you have interpreted that as me saying type "1,000 x 1,000" which would give 1,000,000W. I use the kW value as is, I don't replace the K with zeros. E.g. if it was 15.8kW I would type "15.8 x 1,000" into the calculator, not 15,800 x 1,000". I thought it was clear in the video but many people have had this problem so when I remake the video I will explain this more clearly. Thank you for the feedback, appreciated.

[@Mary_Grace3904]

Thank You so Much!!! This video really helped me 💖💖💖

[@ItzGav1n]

I really needed this thanks

[@saintpeter1802]

Hello teacher please how to calculate hammer drill ? you know the power is variable

[@ravikavula9934]

Thank you so much this video is really helpful!

[@OprichnikStyle]

so when it says a 60W lamp, it is not per second but per hour 60W x 10h = 600Wh =0,6KWh

[@altuber99_athlete]

No. A lamp rated at 60 W means it's active power (a.k.a. real power) is 60 W. This means the average of the instantaneous power in steady-state is 60 W, or in other words it means the average rate of flow of energy is 60 joules each *second* (not hour).

[@inuside]

@@altuber99_athlete yeah, then convert it to kilowatts. and rate it to 1 hour. still 60w. wtf

[@stephanc7192]

1 kW x 1000 can never = 1000 W 1 kW = 1000 W

[@mrcacuna1]

that's it!!

[@EngineeringMindset]

I understand the confusion now. I have said at 2:06 "1kW x 1,000 = 1,000 Watts" I am literally typing "1 x 1,000" in the calculator to get the 1,000W answer. But you have interpreted that as me saying type "1,000 x 1,000" which would give 1,000,000W. I use the kW value as is, I don't replace the K with zeros. E.g. if it was 15.8kW I would type "15.8 x 1,000" into the calculator, not 15,800 x 1,000". I thought it was clear in the video but many people have had this problem so when I remake the video I will explain this more clearly. Thank you for the feedback, appreciated.

[@JB-yn9hh]

Great video!

[@rehanmasood8b21]

Please make a video on power and energy difference plz

[@AvatarRiku]

Yes but what would it take to generate the 1.21 gigawatts necessary to power the flux capacitor

[@kaustubhsawantdesai7586]

Can you create videos on new tech of refrigeration available in market? And also videos on NH3 refrigeration system like KCX machine plant??.

[@36nibs]

You made this so easy to understand thank you so much

[@jacoblehman8714]

No he didint

[@budisantosochanel]

complete tutorial,nice

[@techrss33]

Good explanation 😊😊

[@depup2404]

How can i know the electric tarrif from the meter?

[@g-r0370]

This was so very helpful! Thank you!

[@jacoblehman8714]

No

[@SuperAtheist]

@2:14 is that new math? The old math: 1kW = 1000W

[@EngineeringMindset]

I understand the confusion now. I have said at 2:06 "1kW x 1,000 = 1,000 Watts" I am literally typing "1 x 1,000" in the calculator to get the 1,000W answer. But you have interpreted that as me saying type "1,000 x 1,000" which would give 1,000,000W. I use the kW value as is, I don't replace the K with zeros. E.g. if it was 15.8kW I would type "15.8 x 1,000" into the calculator, not 15,800 x 1,000". I thought it was clear in the video but many people have had this problem so when I remake the video I will explain this more clearly. Thank you for the feedback, appreciated.

[@vanesam.8788]

Thank you for the video it was really helpful with class!