Flashcards
The Distribution of Energy
Cards in this deck (11)
- 1Wthermodynamic probability
- 2Ttemperature
- 3Boltzmann Lawratio of particles in any two levels to the difference of energy between levels
nj/ni = e^-deltaE/k*T
predicts the MPD for a system - 4degeneracywhen two levels have the same energy, their populations are equivalent
- 5n0population of the lowest level :
n0 = n(1-e^deltaE/KT) - 6jnumber of populated levels :
j = ln[n(1-e^-deltaE/kT)] / (deltaE / KT) - 7kBoltzmann constant :
1.381*10^-23 J/K - 8Rideal gas constant :
8.31451 J/mol*K - 9microstatea specific way that particles and energy can be arranged within a system
- 10continuous weak couplingconstant collisions between particles where they can transfer energy
- 11Eaactivation energy :
assuming j = the energy level a particle needs to reach in order to react, deltaE from i=0 to i=j is the same as the Ea
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- High School Diploma Advanced Topics in Modern Chemistry Flashcards on The Distribution of Energy, created by Sergio Martinez on 31/05/2016.
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- Sergio Martinez
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