- #1
Remon
- 85
- 0
The question is: the wavelength of a spectral line on the left edge of Jupiter's equator is 499.98 nm, and the right edge is 500.02 for the same spectral line, what is the length of jupiter's day (in hours)?
I know that its 10 hours but I need to show my work. I tried using many different equations such as time = dis./speed, frequency = C/wavelength, etc. but it still gave me a random number of 1.4something, I also made sure that all the units were the same, can someone please help me?
I know that its 10 hours but I need to show my work. I tried using many different equations such as time = dis./speed, frequency = C/wavelength, etc. but it still gave me a random number of 1.4something, I also made sure that all the units were the same, can someone please help me?