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34 thoughts on “Transformers Physics Problems – Voltage, Current & Power Calculations – Electromagnetic Induction”
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The world needs to know this channel. Thank you for these really useful videos!
I am myself a teacher. After a long time I have decided to return to school to further enhance my knowledge. Your videos are exceptionally helpful for me as I live in a third world country where availability of quality teachers is slim. Can you tell me where you graduated from and what you majored in? Your thorough explanations have inspired me to follow in your footsteps.
probably chemistry
He got his Bachelor’s degree at the University of California, Los Angeles according to yt wikifandom https://youtube.fandom.com/wiki/The_Organic_Chemistry_Tutor
Wwow
I love your work!!! Very effective, and easy to comprehend! ^^
The last time I did transformer calculations was when I was in college (electrical engineering), even then I struggle a bit. Not only did your video bring back memories, (back in the 80’s), but now helps me with the collection of unknown transformers I have. Excellent tutorial video, and explained in every detail, thank you…
Thank you so much for this, I always come back to this video whenever I need to freshen up this topic !! 💞
Good video – straight forward. I’m a teacher covering transformers via E-learning due to the Corona Virus. I’ll be using your video!
Gud Day sir, I have a question, how about the wires size of the primary and secondary, both step up and step down? Thanks
Clear and comprehensive – thank you. I have spent some time looking for a good video on the subject as I prepare for the Canadian amateur radio exam. This one is the best on this topic!
Please sir make more videos on electronics engineering…
I love the way you teach.
Everything is easy and clear concept to understand..
Thank you sir.
I am 2 minutes in and I can already say this will help me alot😭❤️
Who cares
@Kundan Chaudhary I care
@Kundan Chaudhary i do
@Kundan Chaudhary me too
@Kundan Chaudhary me tooo
Me: Mom I want to watch transformers
Mom: We have transformers at home
Transformers at home:
Underrated comment 😭
When your mom is a physics nerd.
this is the funniest thing ive read lmaooo
LMAOOO
Bundles of respect from Pakistan. It helped a lot. Teachers like you deserve a lot of respect. 🥰🥰🥰Thanks Sir!
Learnt more in 17 minutes than I have an entire term with my physics teacher
what happens if instead of 18 resistor you plug a 10ohm, or 1ohm for that matter? I believe that focusing on voltage on the output is really misleading, the transformer output current is the formula that always stands, because in the case of a 10Ohm resistor, the voltage at the output of the transformer will be different from the formulas presented in this video.
Excellent, clear explanation and at a comfortable pace. Great to use as a refresher ! Well presented and easy to follow. Well done, thanks for this !
Easiest non complicated way I found to do this with your explanation was just finding the ratio and apply as needed. Learnt alot Cheers Sensei
Thank you for your simple,simple explanation!
Excellent explanation, I’ve a question, without connecting a load to a secondary coil or simply the out put in both step up and step down transformer which is 99% efficient, does the transformer start consuming the power? Or it only starts consuming while a load is connected?
Two capacitors when connected in series have a combined capacitance of 5uF.
If the capacitance of one of them is 8iF
-What is the capacitance of the other ????
Please I do need a quick answer
I love this channel everything that is causing me a little problem in physics has been solved thanks a bunch ❤️👍🏾
very clear tutorial. Thank you for this sir. Please keep uploading videos to help other people especially this time of pandemic where most of the students are in online class.
Two capacitors when connected in series have a combined capacitance of 5uF.
If the capacitance of one of them is 8iF
-What is the capacitance of the other ????
Please I do need a quick answer