Quote (russian @ Feb 7 2017 02:34pm)

Hmm... let's see



Boom.

Quote (Firaga @ Feb 7 2017 02:37pm)

I'm waiting for a single proof of anything you have ever said yet you fail at this

Quote (card_sultan @ Feb 7 2017 05:39pm)

this is not a challenge , and still the term water is inferred to be liquid

super bam, double slam!

Quote (card_sultan @ Jan 11 2017 01:50pm)

You can eraser that question your self - just make a rainbow which just water and some light indoors - why have you dodged doing this for 7 pages now - but since i know you will just dodge by asking more questions:

I'll try to answer that - because Prisms have a higher refractive index and grant grant a greater dispersion that allow for the diffusion of light into the visible EM spectrum.

Quote (card_sultan @ Jan 11 2017 03:58pm)

Place water in a pan, place a mirror in the pan so its bent at 45 degrees, shine light through water onto mirror at it, light now refracts twice - once going in the water and then when it comes out giving you enough refraction to the light to have spread into the visible EM spectrum. (Exact same as that video) - although its not an actual rainbow cause you need to shine the light onto a solid surface, and image is not conventionally holographic 2 d rainbow curved projection.

You still have yet to explain why you just need water and a light (the sun) outside and you need [glass ,prism, mirror] as well on the inside and there still not the same thing, since you just wanna discuss this, feel free to teach me some science.

Quote (card_sultan @ Jan 11 2017 04:38pm)

the mirror is reflecting the refracted light allowing the light to refract twice and as well light travelling through the glass in the mirror which slows down the dispersion too, i think it presents an inverted image too. Anyway its clear there's a difference between inside and out and I dont think water and light is enough for either one, you just dont see the [glass/mirror/prism/plasmasphere/dome structure] on the outside and will never acknowledge it actually exists even though actual science you love to agree with confirmed it.

Quote (card_sultan @ Jan 12 2017 05:48am)

https://en.wikipedia.org/wiki/Dispersion_(optics)

In optics, dispersion is the phenomenon in which the phase velocity of a wave depends on its frequency.[1] Media having this common property may be termed dispersive media.
The most familiar example of dispersion is probably a rainbow, in which dispersion causes the spatial separation of a white light into components of different wavelengths (different colors).

https://upload.wikimedia.org/wikipedia/commons/thumb/0/06/Prism_rainbow_schema.png/220px-Prism_rainbow_schema.png

In a dispersive prism, material dispersion (a wavelength-dependent refractive index) causes different colors to refract at different angles, splitting white light into a rainbow.

I thought you already knew this because the video you posted talked about this , that the rainbow is not just refraction, light needs to disperse as well, (slow down its frequency)
This is why you need the glass (or the glass of a mirror) in your experiment.

Hollow Earth Theory is the original psy-op to make you think the world is a ball.

Quote (card_sultan @ Feb 7 2017 07:41pm)

Waiting for you to explain why you think anything i said was wrong, but since you cant explain anything - by default its all true, so ty for that. :rofl:

Quote (card_sultan @ 8 Feb 2017 02:41)

Waiting for you to explain why you think anything i said was wrong, but since you cant explain anything - by default its all true, so ty for that. :rofl:

Quote (card_sultan @ Feb 7 2017 06:37pm)

still waiting for over a month for your "3d" perspective drawing that would explain why the horizon is flat or an answer to my question about the atmosphere

you are the king of dodges, maybe you only have a limited memory?

Quote (russian @ Feb 7 2017 02:42pm)

No, I guess that one line isn't a challenge. It's just you being retarded (as usual)

I flipped through a couple pages to find more:



That sounds more like a challenge.



Proven wrong.



Again, proven wrong.



And one more, just for good measure.

Now post me some "dispersive index" numbers, you tool.

Quote (card_sultan @ Jan 10 2017 05:08pm)

if you say there is no difference, then make a rainbow indoors with just some drops of water and a light source, but be prepared to fail.

Quote (card_sultan @ Jan 12 2017 05:48am)

I thought you already knew this because the video you posted talked about this , that the rainbow is not just refraction, light needs to disperse as well, (slow down its frequency)
This is why you need the glass (or the glass of a mirror) in your experiment.

Quote (card_sultan @ Feb 7 2017 06:01pm)

The actual challenge was to use a few drops of water and we were talking about spraying water out of a hose - inferring 100% that the water is liquid, by changing the words of the challenge and changing the state of the water - it is moving the goalposts.



a few drops or a spray of "Liquid" water + a light will not create enough refraction and dispersion to create a rainbow indoors



https://media.giphy.com/media/3oz8xIXHFxUxszojDi/giphy.gif