Answered: Suppose a system contain four identical… | bartleby

Related questions

Question

Suppose a system contain four identical particles and five energy levels given by the
relationship, E;= i × 10-2º J, where i = 0,1,2 ,3,4. If the total energy of the system is
Er= 6 E. Find the total number of the microscopic states for the distribution of these
particles over the system energy levels keeping the given system conditions.
Solution
4 identical particles
Energy
(10- Joule)
Macroscopic state
4
Er= 6 €
3
Levels
1
E2
E (10-º J)
k
1
2
4
5
6
7
N!
Wk
no! n!n2!n3!n4!
Sk = kglnwk

Expert Solution

Trending now

This is a popular solution!

Step by step

Solved in 4 steps with 1 images

SEE SOLUTION Check out a sample Q&A here

Blurred answer

Similar questions

None
The cell membrane has ion channels that can exist in two states, open or closed. When they are open, they let Na+ ions through. The energy of the open state is 4*10^-20 J. higher than the state of the closed channel. a. What proportion of the ion channels are open at a temperature of 20 C? b. How high should the temperature be so that 75% of the channels are open? Don't use Chat GPT otherwise I will report from bartleby.
Q2/ For the harmonic oscillator in classical limit, if the partition function is given by Z(B) = 1/(ßħw)N, find the entropy and internal energy. Q3/ Prove that F = -KTlnz .
how do I calculate an average energy when there are three psi unknowns? PSI= c1*psi1(x) + c2*psi2(x) + c3*psi3(x) also, how do I calculate probability when there is an energy given?
Given the work functions for some metals:- Aluminum=4.08eV, Beryllium=5.0eV, Cadmium=4.07eV, Calcium=D2.9eV, Carbon=4.81eV, Cesium=2.1eV, Cobalt=5.0eV, Copper3D4.7eV, Gold%3D5.1eV, Iron=4.5eV, Lead=4.14eV, Magnesium=3.68eV, Mercury=4.5eV, Nickel=5.01eV, Niobium=4.3eV, Platinum=6.35eV, Potassium=2.3eV, Selenium=5.11eV, Silver=4.73eV, Sodium=2.28eV, Uranium3D3.6eV, and Zinc= 4.3eV. If you shine light with a wavelength of 443 nm on the following metals will they emit electrons according to the Photoeffect? Aluminum [ Select ] Berylium [ Select ] Cesium [ Select ]