(1) A system is composed of a set of uniformly spaced energy levels of separation & =1.00 x 10-19). The lowest energy, or ground state, has an energy of O J. If four distinguishable particles within this system have a total energy of 4.00 x 10-19 J, find how many possible states satisfy this requirement. Draw an energy level diagram to illustrate how you determined your answer. (2) For problem (1) above, determine the entropy for each distribution you found. Which state has the highest entropy? Which state has the lowest entropy? Give a brief physical explanation for your answers