Комментарии:
Why am I up at 2:01am looking at the explanation of "Doppler Effect" to understand E=MC2 better?
ОтветитьHow about the sound waves on the ground?
Do they sound liuder because they reflect off the ground ?
You taught me something I never knew my whole life, but desperate to know.
ОтветитьThanks
ОтветитьThat’s a great analogy
ОтветитьSo it’s like air resistance but with sound , fascinating 👀
ОтветитьNot ring, sphere
ОтветитьStrange things happen when spinning the sound wave source
Ответитьnice. Would be a great idea to simulate sound waves propagating inside a building/house/apartment.
a radio in the kitchen can be heard all the way down a corridor, turns, walls, doors and finally the room a listener is in.
Very easy explain 🤍
ОтветитьSee how a casted sound way works,, and how it can be seen.. look me up , and have your mind blown
ОтветитьThose memories from Mario Kart Wii
ОтветитьNice explanation
ОтветитьThank you
ОтветитьDhabdhabet
ОтветитьSoundwave superior auto inferior
ОтветитьAll matter is vibrating, so the Doppler effect does that slightly to everything.
ОтветитьThat is the best explanation I have ever heard!!
ОтветитьTysm
ОтветитьAhhhhhhh i get it now. The ambulance was the best example
ОтветитьSheldon brought me here
ОтветитьI agree tos needs to be shown before buying and as you’re buying especially on consoles
ОтветитьThank you soo muchh
Ответить❤❤❤❤
ОтветитьKiller visualization 💘💙
ОтветитьCool!
ОтветитьExcellent explanation
ОтветитьCrests can be frequently wavey
ОтветитьGood
Thank you very much
Sound wave is longitude in nature so it has compression and rare fraction not crest and trough 😂
ОтветитьWhich software did you use to make this animation?
ОтветитьA sound wave would look like a shock wave not much difference just shock waves have way more pressure and build a atmospheric pressure wall that most people would be able to see
ОтветитьYou deserves my mark ❣️
ОтветитьJod explanation
ОтветитьWow
ОтветитьGreat explanation ❤❤❤
ОтветитьIf sound was that slow
ОтветитьExcellent understanding thankyou i now get sheldons joke on big bang theory lol
ОтветитьI didn't learn this in school now I learned thanks😅
ОтветитьYani üüüüügggggg uhüğğğ demek istiyor
-Celo
Many people still imagine waves as look like sinusoidal
ОтветитьWhat about tempo? Doesn't the speed of a rhythmic sound also perceptibly change?
ОтветитьThere’s a thousand thought experiment you can do during your day. I like to visualize pressure, walking in the grocery store or driving by a gas station thinking about the soda cans or pressurized tanks all around you, underground and inside your fridge.
ОтветитьTotally useless and fake video ever and ever ever again!!
ОтветитьGreat way of putting it! This makes so much sense. Someone once tried to describe this through a Mario kart reference? I still don't understand what they meant, but I understand this!
ОтветитьActually if you were to visualise song waves, they will look like spheres growing in size.
ОтветитьBuild the wall
ОтветитьGreat explanation!
ОтветитьEen duidelijke uitleg.
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