Physics Asked by Bob the Turtle on June 2, 2021
Wiens’s displacement law says $$λ_{text{max}}T=text{a constant}$$
So if I have the $λ_{text{max}}$, I can find the temperature of a star. But if I have the temperature, is there any point in calculating $λ_{text{max}}$? What information does that give us of the star, besides temperature?
So, let's start with the formal definition of peak wavelength. Peak wavelength $(lambda_{max})$ is the wavelength where an object absorbs the most photons (or, to our eyes, becomes more dark, or, at a darker point, completely isn't in the visible spectrum. (for a refresher, take a look at the electromagnetic spectrum, and here's something to look at as you go: electromagnetic spectrum)
Well, back to your question, why do we even have $lambda_{max}$, and what is it used for? So, I did a bit of research in an astrochemistry textbook that I have, and found a reason why peak wavelength is useful. It is useful as a parameter to compare the quality of several types of molecules.
Hopefully this was helpful in answering your question!
Answered by Questioner on June 2, 2021
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