Volts Amps Watts explained | Watts vs Volts vs Amps | Amps volts watts explained
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- Опубликовано: 13 янв 2024
- Welcome to this enlightening video on the fundamental concepts of electricity - volt, ampere, watt, and ohm! Join us as we explore these key players in the world of electricity using a simple syringe model. Learn how to use electrical energy efficiently and keep your electricity bills in check by understanding the basics.
In this video, we'll delve into the syringe analogy to explain voltage, current, resistance, and power. Voltage, acting as electrical pressure, propels electric charges through a conductor. Current, measured in amperes, is the flow of charges through a wire. Resistance, measured in ohms, determines how much a material opposes the flow of electricity. Power, measured in watts, represents the amount of work done by electrical energy in a given time.
Discover how the interplay between these concepts influences energy consumption in your home. Find out why appliances like irons and light bulbs consume different amounts of energy due to variations in resistance. Gain valuable insights into making informed decisions when selecting appliances for your home.
Watch till the end for a clear understanding of volt, ampere, watt, and ohm, and how they impact your daily electricity usage.
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If you have any of the following questions in your mind then this video is helpful for you.
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Attributions : Picture used for showing electricity bill consumption is downloaded from freepik. Link is given below.
a href="www.freepik.com/free-vector/p..." Image by macrovector_official/a on Freepik
#ElectricalEducation #EnergyAwareness #SyringeAnalogy #ElectricityExplained #HomeEnergyConsumption #WattageWisdom #OhmsLaw #AmpereInsights #VoltageConcepts #PowerfulLearning #EnergySavingsTips #Electricity101 #SmartHomeEnergy
The picture alone is enough to understand electricity😊
Thanks dear.
Totally agree hence the reason I muted the sound ... lol
I haven't watched the video, I'm here just to appreciate the thumbnail as it is pretty much self explanatory.
Thanks for appreciation
If you translate the video into Spanish, the Latin and Iberian communities will be very happy and grateful to you. Great Job
Excellent explanation. Thank you.
Finally a way of understanding this subject in a manner I can remember and use. Thank you Jan. Excellent work. I’m going to watch this with my granddaughter. I would love for her to become interested in science.
You ask for possible new topics. How about some visuals to help people to reason logically and defeat lies, misinformation, and propaganda. Basic logical concepts. There is so much nonsense on social media people end up believing in things that are not true. Critical reasoning skills are grossly deficient in this country. Again, thank you for your awesome work.
Amen to that.
Standard electrical outlets in average wired North American house do not generally supply 230 Volts as pictured.
Usually this outlet is wired to a single 115-120 Volt / 15 Amp circuit and the available current is shared between the two female inserts. If the combined load of the two devices connected exceeds the supply current (Volts × Amps = Watts -- or -- 120 Volts ×15 Amps = 1,800 Watts) a circuit breaker or fuse will cut the supply current.
In some rooms (kitchen), the outlet may be wired to two separate 115-120 Volt / 15 Amp circuits allowing two high electrical usage appliances (kettle and toaster) to operate simultaneously from the outlet without activating breaker or fuse (called a "split" outlet). Important to remember is that there are two separate circuits in this setup. If a breaker/fuse is activated in one circuit (say kettle) the second circuit (say toaster) may still be live/hot.
Some household outlets may provide greater Volts and/or Amps and will differ physically from standard outlets, but the standard 2 or 3 prong plug will not insert into them.
Even _if_ they meant the line feed for a home, the feed is usually 240, not 230, before it is split into 120. Most appliances in North America will run at all of these voltages. My outlets test at 126.
"A picture tells a thousand words."
Your thumbnail is enough to train a million electricians! (I know because I am one!)
Good video I must say and the visual thumbnail and audio commentary is really great
This is great! Thank you!
A Different approach to understanding basic doubt in electrical terms
This is excellent
Excellent
EXCELLENT
Exellent video
Really great explanation
Awesome!
Thanks 👍😊🙏💯
Amazing! It helped me so much!
Glad it helped
v nice....v v nice......i m 57...got this straight now!! why don't they teach like this at school...or even college??...shows our education is such a failure!
GREAT explanation; clear and concise information with examples given, but without overexplaining.
Excellent video, everything was so meticulous and to the point I couldn't take my eyes off the video even for a second ❤.
Useful for students
Really thanks
The Thumbnail is enough to understand electricity 🔌...
In your thumbnail you could even show the blue juice in syringe as Charge.
🤣
excellent video! you sir just got a new subscriber
Thanks
The the the the the most beautiful way explaination done salute to the concept n video format.....
Muito bem feito. Goste!
Thank you so much 5:33
Awesome I can do circuit analysis with Bernoulli’s now.
EXCELLENT MODEL!!!
Thanks អរគុណ❤
Gracias
Very nice explanation. But I think that the flow of the current of the battery in reality is the reverse. The electrons are leaving the battery from the negative side, or not?
Yes electrons leave the battery at the negative end. Conventional current is opposite to this, which is the flow of positive charge from positive terminal.
🔋🧞🔋 thanks 💯..
Thank you for creating this great video, in fact I am wondering to know is electron actually flow through the wire and generate electricity or actually electron is only vibrate and the electric field transfer the energy around the wire?.
Watch the following video to clear your concepts about electric current. ruclips.net/video/J8qVLb3a35s/видео.html
I like it excelent
Thanks
👌👌👌❤️❤️❤️👌👌👌
Love the 'only way is essex' AI...
More famous u become more trouble you get from jealous people. Always have backup plan.
I need more vidieos
On which topics ?
can you explain why Overload of Ampere even low volt like only 1.5v cause the wire heat up and burned?
Because the voltage does not cause the wire to heat up. It is the current that does.
The higher the current the hotter the wire is going to become.
Don't you know current is from negative pole to positive???
Electronic current flows from negative to positive terminal, while conventional current flows from positive to negative terminal.
🇹🇷
The same laws that explain hydraulics explain electricity .
this analogy doesn't go far, so no, not really
@@stas4017 when I was in high school that’s how it was taught people understood hydraulic laws so just changing the names explained electricity it is exactly the same, down to PIE.
@@DennisDelaney-fg4pw what laws, for example?
@@DennisDelaney-fg4pw i teach Russian team for IPhO and i've never heard of any analogy between the two. I had golden medal on IPhO myself when i was at school, too. Electric current (A) is proportional to voltage (V), but water current (kg/s) isn't proportional to pressure (Pa), it's proportional to square root of pressure. So what laws are you talking about, exactly?
@@stas4017 PIE for example if you don’t know PIE your not qualified to ask.
P = u*i
P = v*i
You showed a 120 volt receptacle while speaking of 220 volt household circuits and showed contacters instead of circuit breakers.
বুঝি না 😢
Volt ohm wat are same
No
Annoying robo voice.
Wow, so much wrong here! It's no wonder why so many people have a hard time understanding electricity.
Explain or provide a better, accessible source.
👌👌🇧🇩
Good explaining but can you change the bot voice
Excellent explanation. Thank you.