Asked by Brooke N
Nitrogen dioxide is one of the components of photochemical smog.
a.The energy required to split NO and O from NO2 is 305 KJ/mol. If there are 6.02E23 particles/mol, what is the energy required to do this? (I got 5.07E24)
b. What is the maximum wave length of radiation that could cause this dissociation?
c. Would this radiation be capable of producing the photoelectric effect in cesium metal (work function or binding energy = 3.05E-19 J/atom)? If so, what would be the kinetic energy of the emitted photoeletrons?
***I just need help with equations and a little bit on the process***
a.The energy required to split NO and O from NO2 is 305 KJ/mol. If there are 6.02E23 particles/mol, what is the energy required to do this? (I got 5.07E24)
b. What is the maximum wave length of radiation that could cause this dissociation?
c. Would this radiation be capable of producing the photoelectric effect in cesium metal (work function or binding energy = 3.05E-19 J/atom)? If so, what would be the kinetic energy of the emitted photoeletrons?
***I just need help with equations and a little bit on the process***
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