Traveling in space, microwave light has a longer wavelength than green light. Using that fact, compare the frequency, energy, and speed of those two kinds of light waves in space. Explain how you figured out your answers.

Student 1: The red light has a higher wavelength (λ) than the blue light. Using the equation v = f * λ, that shows that the red light has a larger velocity (v) as well.   Student 2: But both kinds of light should be moving at the same speed, since they are both going through the same medium, space. I think the blue light needs to have a higher frequency than the red light, to make up for the red light’s higher wavelength.     Do you agree or disagree with either or both of the students? Explain your reasoning.

7 Interpret Which type of modulation does the radio wave below have? Do you think 10 bia station could broadcast this signal for hundreds of kilometers? Explain. uoy ni etidix bekit sabi wwwwww hannsqu sdmomet u srit eonsiteqxe munds

Place in a timeline type, chronologically, the Scientists and their theories about the nature of light, with a description. Please, I would appreciate the help. Have a nice day