So we must put in 2.76 eV.006 (part 1 of 2) 10.0 pointsA bottle contains a gas with atoms whose low-est four energy levels are-14.4 eV,-7.2 eV,-3.6 eV, and-2.4 eV. Electrons run throughthe bottle and excite the atoms so that atall times there are large numbers of atoms ineach of these four energy levels, but there areno atoms in higher energy levels. List the en-ergies of the photons that will be emitted bythe gas separated by commas (e.g. X,Y,Z).ff, and allthe atoms are in the ground state.Lightcontaining a continuous spectrum of photonenergies from 0.6 eV to 18 eV shines throughthe bottle.A photon detector on the otherside of the bottle shows that some photon en-ergies are depleted in the spectrum (“darklines”). List the energies of the missing pho-tons separated by commas (e.g. X,Y,Z).A. 3.6 eVB. 1.2 eVC. 2.4 eVD. 7.2 eVE. 14.4 eV

F. 10.8 eVG. 4.8 eVH. 12 eV

Next the electron beam is turned off, and allthe atoms are in the ground state.Lightcontaining a continuous spectrum of photonenergies from 0.6 eV to 18 eV shines throughthe bottle.A photon detector on the otherside of the bottle shows that some photon en-ergies are depleted in the spectrum (“darklines”). List the energies of the missing pho-tons separated by commas (e.g. X,Y,Z).

Explanation:

Consider a microscopic spring-mass systemwhose spring stiffness is 46 N/m, and themass is 4×10-26kg.What is the smallest amount of vibrationalenergy that can be added to this system? Usethe values