Alternators and Dynamos | Magnetism | Physics | FuseSchool

Alternators and Dynamos | Magnetism | Physics | FuseSchool
This video is all about alternators and dynamos. They both use magnetic fields to produce electric power. Ships, cars and motorbikes use alternators to charge their batteries. Toys, power tools and your bicycle lights use dynamos. Keep watching to find out more!
CREDITS
Animation & Design: Jean-Pierre Louw (behance.net/Jean-Pierre_Louw)
Narration: Dale Bennett
Script: Bethan Parry & Keith Ross
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[@doesntmatter5106]

Hey! As always...fuse school really produces accountable content. I appreciate fuse school to make more videos on NCERT concepts and complete all the concepts in That.

[@fuseschool]

Thanks! And noted! 👍

[@JuperLuperBruh]

gcse = gigantic challenging scary exam

[@patrickjacobsen7805]

Thank you so much for this. I've been looking for something that I can understand the concept now I finally have.

[@aleenaamir5641]

Thank you so much!!!!!!!!. I was really in a tension whether I would be able to grasp the concepts or not but your video did a magic and I within a minute was prepared for my cie exams 😍😍😍😍

[@fuseschool]

Wonderful! Glad it helped you 🙂

[@sup1729]

@@fuseschool can you make a video on hydrolics

[@adityavarshney8636]

first comment! I love your videos!

[@fuseschool]

Yay! Thank you! Glad you like them!

[@Noor-ib5hf]

2:15 what a beautiful explanation! no physics text book could describe this
love it thank you! 😁👍

[@fuseschool]

Wow, thank you! So kind 😊

[@hellu217]

Thank you so much for this video!!! It helped me finally understand how alternators and dynamos work: I have a magnetism test to do in 2 days🙌🏼😅☺️

[@fuseschool]

Fantastic! Glad it helped! Good luck with your test!

[@hellu217]

Thanks so much!!

[@anushachowdhury3909]

Thank u a lot! It was superb video

[@fuseschool]

Thanks! Glad you liked it!

[@sylvanusmukhim3108]

Wow... 👍 First time seeing this and everything's clear now...❤️❤️❤️

[@fuseschool]

Amazing! Glad to hear that!

[@Noor-ib5hf]

I have a question: 1:41 why does the wire create maximum potential difference when it is parallel to the magnetic field lines, I'm sure it's because the two sides of the coil (wire) have up and down forces and that is what creates the maximum potential difference?

[@keithross7058]

Not quite. You get a PD when the current CROSSES lines of force. When the coil is vertical the movement of the wire is along the lines of force so NO PD. When the coil is horizontal you are cutting lines of force at right angles therefore you get the maximum PD here

[@paulathornley1453]

Because the wire is cutting through the most magnetic field lines. When it is vertical, it doesn’t cut through any magnetic field lines (because the magnetic field lines would be going through the middle of the coiled wire rather than “hitting” the wire.

[@kimsuetoday7449]

Good video 😊

[@fuseschool]

Thank you 😊

[@simrithi11]

good as always

[@fuseschool]

Thank you! Cheers! 🙌

[@darian1636]

can you guys do logarithms, i’ve been struggling on that subject in school

[@fuseschool]

We don't have anything on that topic, but thanks for the suggestion!

[@darian1636]

@@fuseschool no problem 😆

[@gustavocorsini906]

Nice Vid

[@fuseschool]

Glad you think so!

[@kayseevazquez2284]

Very good video

[@fuseschool]

Thank you!

[@itszalk9797]

I'm Spanish, so i had some troubles understanding it, anyways, very good video

[@fuseschool]

Glad you liked the video 🙂

[@ucme5302]

So which one is more efficient

[@sasproductions701]

alternator.

[@mangotm1463]

anyone else using this for school?

[@sup1729]

can you make a video on hydrolics

[@fuseschool]

Here it is: czcams.com/video/DdZnknku8b8/video.html

[@sup1729]

@@fuseschool thanks