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Doppler Effect in One Minute --  

Flipping Physics
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21 окт 2024

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Комментарии : 47   
@forrestberg591
@forrestberg591 3 года назад
You’d get my vote! Might enter myself
@FlippingPhysics
@FlippingPhysics 3 года назад
Thanks! I think there are going to be a _lot_ of entries. FYI: One minute is _not_ very long!
@forrestberg591
@forrestberg591 3 года назад
@@FlippingPhysics yeah, no kidding. Hardest part might be selecting a 60-second-scope. Then you’re probably in a loop, re-recording the same ten seconds trying to find the balance between shaving 0.5 seconds and screaming at the audience like a dense fella in deep water who NEEDS more people to understand the Doppler effect.
@FlippingPhysics
@FlippingPhysics 3 года назад
I was actually surprised at how well I was able to time it. I wrote the script, cut and rewrote the script, timed it verbally, cut and rewrote the script, filmed it with a couple of takes moving at different speeds and was able to take a medium speed combination of takes to make it be 60 seconds long.
@sanatandharma4263
@sanatandharma4263 3 года назад
Mr teacher I think I found the best physics teacher on whole RU-vid. I am from India and love your videos and even my physics teacher he is an iitian also talk about you. Love from India make videos like this and don't stop of making videos.
@FlippingPhysics
@FlippingPhysics 3 года назад
Tell your teacher "thank you" for sharing my videos with you!
@sanatandharma4263
@sanatandharma4263 3 года назад
@@FlippingPhysics ok sir
@dhruv.aggarwal
@dhruv.aggarwal 3 года назад
Very very helpful snd this is real education not that reading books!
@FlippingPhysics
@FlippingPhysics 3 года назад
Glad you think it is helpful!
@Minecraftme99
@Minecraftme99 2 года назад
I love this ❤️ thanks
@ayanchoudhary044
@ayanchoudhary044 3 года назад
That is awesome explaination in 1 minute
@karensmith1457
@karensmith1457 3 года назад
Great vid as always!
@FlippingPhysics
@FlippingPhysics 3 года назад
Thanks for the love!
@lindabuys5672
@lindabuys5672 3 года назад
Fantastic!!!
@FlippingPhysics
@FlippingPhysics 3 года назад
Glad you like it!
@MohiniGiri704
@MohiniGiri704 3 года назад
Incredible 👍👍 amazing learning with you ❤️
@FlippingPhysics
@FlippingPhysics 3 года назад
Thanks for the positive feedback!
@athulios7851
@athulios7851 3 года назад
Ayyyy lets go Mr.P
@FlippingPhysics
@FlippingPhysics 3 года назад
Thanks for the cheer. Here's to hoping I can be in the top 100!
@donggeon-kim
@donggeon-kim 3 года назад
Hope you win!!! I really gained a lot of helps from you with Physics C :)
@vedangbohra4562
@vedangbohra4562 3 года назад
Great video👍
@FlippingPhysics
@FlippingPhysics 3 года назад
Thank you so much!
@DissonantSynth
@DissonantSynth 3 года назад
Super cool! Great work
@FlippingPhysics
@FlippingPhysics 3 года назад
Thank you!
@ahjabibrahim6759
@ahjabibrahim6759 3 года назад
Lotzz of love from INDIA🤗 I'm not good in english.. I'm learning both physics and english from you sir..Thanks for caption Sir..🤗
@FlippingPhysics
@FlippingPhysics 3 года назад
You are very welcome. Glad to help you learn both physics and English!
@tysonmoore5909
@tysonmoore5909 3 года назад
Hmm, I’d always wondered why this occurs. Thank you
@harryjamespotter9437
@harryjamespotter9437 3 года назад
Thank you sir 😊😊
@FlippingPhysics
@FlippingPhysics 3 года назад
You are certainly welcome. Thanks for learning!
@camillahazell8474
@camillahazell8474 3 года назад
Interesting
@mounish9979
@mounish9979 3 года назад
you are amazing
@FlippingPhysics
@FlippingPhysics 3 года назад
Thanks for the love!
@borisbukalov9407
@borisbukalov9407 2 года назад
Would the same explanation work for the red shift? I am not sure. The speed of light is the same after all for stationary and moving observer. 🤔
@carultch
@carultch 2 года назад
Yes, the explanation would work for the optical Doppler shift just as it would for the acoustic Doppler shift, and the surface wave Doppler shift that you see on top of a lake. There are fewer inputs to the optical Doppler shift equation, because the speed of the "medium" has a de-facto equality to the speed of the observer.
@ValorZeroAdvent
@ValorZeroAdvent 3 года назад
does the Doppler effect have any relation to the theory of relativity? they seem similar enough to me..
@FlippingPhysics
@FlippingPhysics 3 года назад
I do not believe the two are related, however, I can see how you would think that.
@iaexo
@iaexo 3 года назад
They are similar, in the sense that the speed of the waves propagating is unaffected by the source, and any observer will measure the speed of the waves to be the same (which is enshrined as an axiom in SR). This leads directly to the doppler effect (if the waves didn't bunch up, you wouldn't hear a different frequency). But I suppose that's where the similarities end, the underlying mathematics of SR are probably quite different. But an interesting idea nonetheless.
@spacervive
@spacervive 20 дней назад
Hi Leonard
@ramizr
@ramizr 3 года назад
Best of luck ! But , the horns were annoying haha:))
@bayanalkasem5963
@bayanalkasem5963 3 года назад
interesting
@FlippingPhysics
@FlippingPhysics 3 года назад
Glad you think so.
@sanatandharma4263
@sanatandharma4263 3 года назад
People go to entertainment channel and subscribe them but people never come to educational channel and by mistake if they came they never subscribe to this kind of content.
@s-codes14
@s-codes14 5 месяцев назад
Disturbing the neighbors for the sake of physics
@FlippingPhysics
@FlippingPhysics 5 месяцев назад
Always
@nalayakshindra
@nalayakshindra 3 года назад
Too much background sound of horn...could not hear properly👎
@FlippingPhysics
@FlippingPhysics 3 года назад
I am sorry you feel that way. It was tough to find a balance between being able to hear the horn and know the pitches are staying the same, and being able to hear the dialogue. I had several people listen to it with and without headphones to attempt to find the right balance. I am sorry it did not work for you.
@nalayakshindra
@nalayakshindra 3 года назад
@@FlippingPhysics it's ok ...no issues👍
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