What Would the World Look Like If We Could See the Entire Light Spectrum?

Well, things that are "invisible" to us would be detectable by our eyes. Looking at a microwave in use, you might see the microwaves being "reflected" off of the air molecules inside. Same with infrared, ultraviolet, gamma rays, x-rays... each wavelength would appear as a different "color" to us, much the way the various wavelengths of the visible spectrum currently do. I am not sure we would "see" more or new colors, necessarily, though. The difference we see between red and orange right now, might perhaps all appear so close to the same color, that we would not be able to visibly detect the difference in wavelength.

1. How can we know the temperature and distance of a star through its light spectrum?

Backseat stars are fairly simple things, they are made of a known composition, affected by known forces through known interactions. So we just run some simulations of stars of different sizes and age mathematically, figure out what they should look like, and use that as a lookup table. Once we know its absolute brightness, we just compare that with the apparent brightness we see and we know its distance.

2. What type of visible light spectrum does the Sun produce? [URGENT!]?

IT'S ABSORPTION I just got it right

3. Why isn't the sky yellow or green, the middle portions of the visible light spectrum?

because blue has small wavelenght so it scatters the most this way due to majority of it scattering others are not visible

4. What is the Difference Between the White Light Spectrum and the Hydrogen Spectrum?

The white light spectrum is continuous. The emission spectrum of atomic hydrogen is divided into a number of spectral series

5. How do colors work, considering the full light spectrum?

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6. question about light spectrum?

they are talking in terms of wavelength instead of color. remember that the wavelengths go along with the spectrum; ultraviolet being the shortest, and going through the spectrum infrared being the longest. and no, it does not have anything to do with reflectance.

7. Why does Compact Discs(CDs) reflect white light to a spectrum?

It has many closely and evenly spaced grooves which diffract light into a spectrum. Diffraction depends on wavelength (color) and angle, so different colors end up being reflected constructively only in particular directions, red in one place, blue in another, etc