PLEASE HELP with the calculations for question 1. I've provided question 2 with the correct answer for context. THANK YOU!

1. A hydrogen atom absorbs energy and an electron is excited to the n=5 shell. When the electron relaxes back to the ground state, n=1, it emits light.

Calculate the change in energy of the electron from the excited state back to the ground state. Then, calculate the frequency of the light that was emitted.

change in energy = ______ J

frequency (v) = ________ s^-1

2. Identify fhe region on the electromagnetic spectrum where the light that was emitted is located.

CORRECT ANSWER IS: ultra-violet (UV)