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There is an red green and blue mix it together when it is white?

stunning

Wadire n kklk flmm

Pln akoz toi mo la flmm

Why does the blue light look cyan?

Are there any other spots to fly in that area where you won't be bothered by Karens or where it is illegal to fly?

How is this?

Why the green is *primary* in lights

My wife told me about this...she had been at the place many years ago...we saw it in an ad and map of covered bridges...we gave it a shot....if it is fake it is a good one......

Good evening,spuer- very superb sharing~ 🤘

Congrats for another awesome video my friend with pretty lake and green trees, thanks for sharing and hopefully u enjoy my video too :)

Thanks a lot! ✌

Is that orange behind the ball from blue and green making yellow and then the red making it orange? Or is there something else? Blue sky turned orange during some kind of heat stroke for me many years ago, has perplexed me to this day.

ايوا فين الشرح

I'm an online tutor and this is the closest I could get to explain white light and dispersion. I know this is not the purpose of your video, but it would be nice if you made a demo to make white light. It's pretty hard to find a good quality video. Thanks though!

thanks :)

Woww so pretty 😘🤯

Pls do more wave experiments So good

thats very cool

This one looks a lot safer than the others.

What will be the color for Yellow light and green light please tell

5th comment

👏👏👏

I LOVE YOU MR. BOCH

No good

where do you buy this

wow

Short but helpful Thanks!

what are these flashlights called? what website did u get them from? (answer and i’ll sub)

Shouldn't the second and third bounce also happen at the same time?

0:07 This should actually be called violet light instead of blue because it is the true color at the end of the spectrum I hate language change. That is unless we make the old stuff popular again, cyan should be called blue and blue should be called violet. And what we call violet should be called none spectural violet or reddish violet.

Tf how was this helpful

Even if it looks as if you're going up hill. You are reall rolling down. No big mystery. If u were actually rolling UP hill then it should be called ANTI Gravity Hill .

I have been there, it is more impressive in person. Really looks and feels like you are coasting uphill with the car in neutral. Supposedly it's an optical illusion created by the surrounding slopes in the topography around you. It is in the middle of nowhere, banjo boy from Deliverance lives up the road......

corel draw cx

Quivering

can anyone explain the physics principle behind it pls

Hi! Can I achieve the same result using celofane in front of the light surces?

Pretty :)

Thanks for the video

Why backwards? And why not lower down the hill? I was there several years ago and the starting point was down near the house and barn, so that is where we started. And YES you roll uphill in neutral. We even got out of the car and tried rolling downhill with our bodies ... Ended up going uphill instead but we both got rather nauseated. Not sure what causes it but it is something the nay sayers have to experience before making a judgement.

Lo que siempre te enseñan en clase de imagen, pero que nunca llegas a comprender porque o no lo saben explicar bien o porque no saben que existen vídeos como este que lo demuestra ¡estupendamente!

my textbook says that red yellow and blue are the primary colors....

And what about non-primary ones? Suppose we mix blue and yellow lights. Yellow itself is a mix of green and red, so all three types of receptors would be stimulated and the resulting color would be what, white? I expected to get white, but I guess the color filters I used were not very accurate because I got something I'd call bluish grey.

This incredible

wow, it's awesome

The eye's color receptors are more complex than simple blue, green, and red detectors. Instead, each of the three kinds of receptors has a unimodal response function, shaped somewhat like a bell curve. One of those functions peaks somewhere in the blue range. The other two peak at longer wavelengths. When light with a violet wavelength (shorter than blue) hits your eye, your brain takes the information that blue by far has the strongest response, but also that the responses of the other two are less than they would be if the light were blue (because violet is farther away from their peaks than blue is). Your brain then infers that the wavelength is even shorter than blue. Color perception is even more complex than that, however. Humans are biased towards blue because one of our receptors peaks there. To most animals, the sky does not appear blue! If we had an indigo or violet peaked receptor, the sky would look indigo or violet to us.

how much time is elapsed during this? RPS?

That looks pretty down to me

Very interesting example, and we saw also that the amplitud of the wave pulse decreased in the time because the wave lost energy to ambient (non-conservative forces)