A particle is trapped inside a rectangular box with dimensions x = L, y = 24, and z = 34 where L = 8.80 nm. Determine the energies of the ground state and the four lowest excited states and list them in increasing order. (Enter your answers in ev.) ground state 7*10**-33 ev first excited state 3.41 X How can you modify your work to determine the ground state energy to determine the energy of other states? Don't forget, you want the energy of the first four excited states. ev second excited state 896 X How can you modify your work to determine the ground state energy to determine the energy of other states? Don't forget, you want the energy of the first four excited states. ev third excited state 7*10**-33 ev fourth excited state evA particle is trapped inside a rectangular box with dimensions x = L, y = 24, and z = 34 where L = 8.80 nm. Determine the energies of the ground state and the four lowest excited states and list them in increasing order. (Enter your answers in ev.) ground state 1.06 X Can you write an expression for the energy states of the electron in the rectangular box? What are the quantum numbers for the ground state? ev first excited state 1.92 X How can you modify your work to determine the ground state energy to determine the energy of other states? Don't forget, you want the energy of the first four excited states. ev second excited state 1.92 X How can you modify your work to determine the ground state energy to determine the energy of other states? Don't forget, you want the energy of the first four excited states. ev third excited state 1.92 X How can you modify your work to determine the ground state energy to determine the energy of other states? Don't forget, you want the energy of the first four excited states. ev fourth excited state 3.50 X How can you modify your work to determine the ground state energy to determine the energy of other states? Don't forget, you want the energy of the first four excited states. ev