One real-life condition that the 1-D particle in box can be applied to is electrons in a pi structure. for example , ele
Posted: Fri May 06, 2022 7:32 am
One real-life condition that the 1-D particle in box can be
applied to is electrons in a pi structure. for example , electrons
in a conjugated carbon structure can move between bons. Imagine 6
carbon chain that is conjugated .
1. if the average bond length between each carbon is
1.40 angstroms, what is the energy of the n=2 energy level of such
a system? answer in Kj /mol
2. the lowest wavelength of light would be from this system's
ground state to the first excited state . the ground state
correspond to the state in which all of the electrons are in the
lowest possible energy states in this box. between which two states
would we then see a single electron transfer to absorb the lowest
energy photon?
3. what is the energy between these two states in joules ?
applied to is electrons in a pi structure. for example , electrons
in a conjugated carbon structure can move between bons. Imagine 6
carbon chain that is conjugated .
1. if the average bond length between each carbon is
1.40 angstroms, what is the energy of the n=2 energy level of such
a system? answer in Kj /mol
2. the lowest wavelength of light would be from this system's
ground state to the first excited state . the ground state
correspond to the state in which all of the electrons are in the
lowest possible energy states in this box. between which two states
would we then see a single electron transfer to absorb the lowest
energy photon?
3. what is the energy between these two states in joules ?