Personally its very beneficial for me......stress buster...stress that comes from the theory part...u r bursting it and giving me the easy way to learn without stress...really really too gud...
Sir can you please clarify my doubt. I've seen this video but I still don't understand why astronauts looking from space don't see the blue colour of the sky. Blue light does get scattered in the atmosphere, so, ideally everyone should see the sky to be in blue in colour no matter where they look from (unless it is night because there is no sunlight). Can you please answer it as quickly as possible. (It is a question in CBSE class 10 too)
There is no atmosphere in outer space and so there is no scattering of light. Since there is no scattered light to reach our eyes, the sky looks dark and black instead of blue.
Sarah Matthew. Why are the water bodies blue in colour? Isn't it because of scattering of light? So according to what you've said astronauts shouldn't be able to see water bodies on earth. But they do see right? Can you please explain.
@@pranavkoka8597 The earth's atmosphere scatters the blue light. The astronauts are able to see that as the earth also reflects the immense amount of light the sun gives out. I'm not completely sure of this answer as I'm also a tenth grader. 😅
Pranav Koka It is a POV issue. From an astronauts POV looking down through the atmosphere from outer space will still give the oceans that blue color. But because they are above the atmosphere, there is no “blue sky” because they are above the atmosphere .
Actually violet scatters the most vut our eye receptors don't recognise them as it is pure violet While we can see colour in other place as it is made of diff. Colourfull colour
This guy's accent is so 🆒....and his teaching skills r tooo good 👍😄
I watched many videos about scattering but this one is the best of all
Personally its very beneficial for me......stress buster...stress that comes from the theory part...u r bursting it and giving me the easy way to learn without stress...really really too gud...
I love khan academy also their experiments so once I but come big I'll definitely sponsor them
Me too
How sweet. ˙˚ʚ(´◡`)ɞ˚˙
Same
Woah....the milk solution experiment turned out to be pretty helpful!
ARMYYYYYYYYYYYYYYYYYYYYYYYYYYYYY 💜💜💜💜🤗
@@studytea6115 annoyingggggggggggg
@@namraaah271 sorry for annoying u sorry
I have no words to tell how good the explanation is , wow!
No one explained better than u!!
I know right?
Absolutely
You teach great
Actually better than any of my teachers
Your teaching makes many complicated things easy and interesting
This video helped a lot thanks!
What a wonderful world!
The best teacher I've ever seen...Thank you so much sir!!!!!!
probably the best explanation one can find on youtube
thanks alot!!😀
light is so cool !!!!!!
We all aceept the fact that we came here after trying all that waste stuff.....and only this worked well..😂💫
It is one the best video
Its not one of the best it is the best
Wonderful Explanation 🔥🔥🔥🔥🔥
Thank you so much, man, seriously. You're awesome.
your explaining methods *chefs kiss*
As always #OSM content .........Mahesh Sir
Amazing, thank you!
Such good explanation
Superbly explained 👍
Beautiful it is :)
Amazing experiment of colloidal milk solution ❤❤
Thanks..
Best explained..
Awesome explanation sir
Best explained
Best explanation....
This person is just ❤️
Sir,If the size of the particle is big,then won't it pass violet rays?
Great job sir !! 🔥
You are awesome just like khan sir
superb
Thanku..
Well explained
So at noon, both blue and red are scattered; is that why the sun looks white?
it's so beautiful...😂😂😂😂😂😂🤞🤞..
Superb
Sir can you please clarify my doubt.
I've seen this video but I still don't understand why astronauts looking from space don't see the blue colour of the sky.
Blue light does get scattered in the atmosphere, so, ideally everyone should see the sky to be in blue in colour no matter where they look from (unless it is night because there is no sunlight).
Can you please answer it as quickly as possible. (It is a question in CBSE class 10 too)
There is no atmosphere in outer space and so there is no scattering of light. Since there is no scattered light to reach our eyes, the sky looks dark and black instead of blue.
Sarah Matthew. Why are the water bodies blue in colour? Isn't it because of scattering of light?
So according to what you've said astronauts shouldn't be able to see water bodies on earth. But they do see right?
Can you please explain.
@@pranavkoka8597 The earth's atmosphere scatters the blue light. The astronauts are able to see that as the earth also reflects the immense amount of light the sun gives out. I'm not completely sure of this answer as I'm also a tenth grader. 😅
Pranav Koka It is a POV issue. From an astronauts POV looking down through the atmosphere from outer space will still give the oceans that blue color. But because they are above the atmosphere, there is no “blue sky” because they are above the atmosphere .
thankyou so much!!!!
good one
Perfect explanation. Thanks.
Should we assume that the clouds are the same yellowish colour as the "blue-less" sun rays of are they actually white?
Op
👏😍
Actually violet scatters the most vut our eye receptors don't recognise them as it is pure violet
While we can see colour in other place as it is made of diff. Colourfull colour
Very nice explanation
I wanna meet you Mahesh!
Nice
Actually, water molecules glow blue when they are excited by ultraviolet light.
How many hands do you have?
Chat
Sir super ,but why wave length increase scattering decrease, sir it is difficult but explain me please
Wonderful Explanation 🔥🔥🔥🔥🔥