Calculate the potential energy (PE), kinetic energy (KE), and total energy of an electron of hydrogen in Bohr's first orbit of radius 0.53Å.
a) PE = -13.6 eV, KE = 13.6 eV, Total Energy = 0 eV
b) PE = -6.8 eV, KE = -6.8 eV, Total Energy = -13.6 eV
c) PE = -13.6 eV, KE = 0 eV, Total Energy = -13.6 eV
d) PE = 0 eV, KE = -13.6 eV, Total Energy = -13.6 eV
