5:56 Ohms law is still valid, you have to increase the resistance of the load, as resistance of transmission line is not economical to reduce. (this is done by a step down transformer i.e. high input impedance and low output impedence). This way, when high voltage is used, and high resistance load,current is decreased and thus power loss is reduced. (A step down transformer has high input impedence and low output impedance that reduces current at the main power lines but has high current in the output side)
Big youtubers like electroboom and styropyro explain properly but their videos are not as simplified and hard to grasp sometimes. I have noticed that indians simplify the videos to the basics so its super comfortable and easy to understand...thumbs up from the west (Rajasthan) 👍
I watched your video, i like your video because it finished all of the doubt of me about ACcurrent You should carry on and do not lose the hope. Thank you
Thanks for the explanation. One thing you mention that others skip over is that transformers can be used only with AC voltage. It would be great to explain why reducing DC voltage is not easy.
Hello, I said that, to maintain same power, voltage should be increased. I forgot to say that load impedance should be increased as well. Load impedance is increased by using step down transformers...
Ohms law is still valid, you have to increase the resistance of the load(this is done by a step down transformer i.e. high input impedance and low output impedence). This way, when high voltage is used, and high resistance load,current is decreased and thus power loss is reduced.
Actually DC is more efficient because it does not care about inductance or capacitance of the power lines....But increasing and decreasing voltage is hard in case of DC.In case of AC ,voltage can be changed using transformer and thats why AC is so common
@@HKCREATESUNIQUE pk, so they just make a tremendous amount a d still have to turn it back to A.c. close to use, gues crotchety old Dollarsd was right,
5:56 Ohms law is still valid, you have to increase the resistance of the load, as resistance of transmission line is not economical to reduce. (this is done by a step down transformer i.e. high input impedance and low output impedence). This way, when high voltage is used, and high resistance load,current is decreased and thus power loss is reduced.
(A step down transformer has high input impedence and low output impedance that reduces current at the main power lines but has high current in the output side)
Current is increased in a step down, voltage is decreaded.😑😑
No, at the input side of a step down transformer, current is low (impedance is high) compared to the output side
Big youtubers like electroboom and styropyro explain properly but their videos are not as simplified and hard to grasp sometimes. I have noticed that indians simplify the videos to the basics so its super comfortable and easy to understand...thumbs up from the west (Rajasthan) 👍
Good 👍
I watched your video, i like your video because it finished all of the doubt of me about ACcurrent
You should carry on and do not lose the hope. Thank you
আৰু এনেকুৱা video বনাবি, ভাল লাগিছে।
Thanks for the explanation. One thing you mention that others skip over is that transformers can be used only with AC voltage. It would be great to explain why reducing DC voltage is not easy.
Nice and explicit video… Thank you 🙏
Bro please start posting videos again🥺Your explanation removed my hometask-stress❤️
If resistance of lines is 5 ohms in first example it can't change to 20 ohms if they are the same lines
Hello, I said that, to maintain same power, voltage should be increased. I forgot to say that load impedance should be increased as well. Load impedance is increased by using step down transformers...
Thank you so much. Great explanation👍👍
❤
Thnx well explained
Keep going ✌️
Mja👍👍👍👍
You don't make video anymore ?
Very nicely explained.If you continue to make this type of animated knowledge videos then very soon, your channel will grow.
I've a doubt.. I'll ask in next class😊
At 6:00 if V^ and | will decreases?Than how ohm law will hold?
Ohms law is still valid, you have to increase the resistance of the load(this is done by a step down transformer i.e. high input impedance and low output impedence). This way, when high voltage is used, and high resistance load,current is decreased and thus power loss is reduced.
bruh thx
Which of them travel faster than the other
Why are they doing extreme hv dc now though
Actually DC is more efficient because it does not care about inductance or capacitance of the power lines....But increasing and decreasing voltage is hard in case of DC.In case of AC ,voltage can be changed using transformer and thats why AC is so common
@@HKCREATESUNIQUE pk, so they just make a tremendous amount a d still have to turn it back to A.c. close to use, gues crotchety old Dollarsd was right,
Vai bangali naki ?
Assamese ( I am from Assam)
Bapre...eeman makha animation korate kiman time lagsi ye??
bohut time lagsi...
@@HKCREATESUNIQUE oh