Problem 2: In different wavelength regions, physicists tend to use different units to describe photons. Make a table giving the wavelength A, wave number k, frequency f , angular frequency w, and energy E of each of the following photons: - a radio wave at f = 70 GHZ detected by ESA Planck a an infrared photon at A = 10 pm emitted by Earth to space 0 a blue photon at A = 410 nm absorbed by a leaf in photosynthesis a an xray at E = 1.02 MeV emitted by electronpositron annihilation For the energies E you will have to use that a photon has energy E = hf where h is the Planck constant. Give your answers in SI units except for the energies, which you should give in eV