Question

In: Statistics and Probability

Consider a system of two Einstein solids, A=4 and B=6, sharing a total of 10 units...

Consider a system of two Einstein solids, A=4 and B=6, sharing a total of 10 units of energy. Assume that the solids are weakly coupled, and that the total energy is fixed.

a. How many different macrostates are available to this system?

b. How many different microstates are available to this system?

c. Assuming that this system is in thermal equilibrium, what is the probability of finding all the energy in solid A?

d. What is the probability of finding exactly half of the energy in solid A?

e. Under what circumstances would this system exhibit irreversible behavior?

Solutions

Expert Solution

NOTE:: I HOPE YOUR HAPPY WITH MY ANSWER....***PLEASE SUPPORT ME WITH YOUR RATING...

***PLEASE GIVE ME "LIKE"...ITS VERY IMPORTANT FOR ME NOW....PLEASE SUPPORT ME ....THANK YOU

orchestra answered 2 years ago
Next > < Previous

Related Solutions

Consider a system of two Einstein solids, A=4 and B=6, sharing a total of 10 units...
Consider a system of two Einstein solids, A=4 and B=6, sharing a total of 10 units of energy. Assume that the solids are weakly coupled, and that the total energy is fixed. How many different macrostates are available to this system? How many different microstates are available to this system? Assuming that this system is in thermal equilibrium, what is the probability of finding all the energy in solid A? What is the probability of finding exactly half of the...
Two Einstein solids A and B have 10 and 4 oscillators res[pectively ad a total of...
Two Einstein solids A and B have 10 and 4 oscillators res[pectively ad a total of 10 units of energy. a) How many macrostates are there, b How many microstates for the combined system? c) What is the most likely macrostate d) What is the probability of finding all energy in solid A?
4. Space-multiplexed sharing is the division of a resource into two or more distinct units and...
4. Space-multiplexed sharing is the division of a resource into two or more distinct units and then the allocation of the individual units to processes. Time-multiplexed sharing is when one process can use the entire resource for a period of time and then another process uses it at a later time. Identify the following as either space-multiplexed sharing or time-multiplexed sharing. Can the usage of some resources be both space-multiplexed sharing and time-multiplexed sharing depending on the resource is used?...
1. Consider two companies A and B sharing a market by producing identical goods (or highly...
1. Consider two companies A and B sharing a market by producing identical goods (or highly substitutable goods). Company A’s marginal cost is MC=20 and company B’s marginal cost is MC=10. Market demand is known to beP=100-0.001Q. (a) Find profit maximizing level of QA and QB under oligopoly setting. (b) Determine the market price. (c) Determine the revenue of company A and B. (d) Determine the profit of company A and B. (e) Find collusive level of profit maximizing output...
Consider two companies A and B sharing a market by producing identical goods (or highly substitutable...
Consider two companies A and B sharing a market by producing identical goods (or highly substitutable goods). Company A’s marginal cost is MC=20 and company B’s marginal cost is MC=10. Market demand is known to be P=100-0.001Q. (e) Find collusive level of profit maximizing output for A and B (Under collusion A and B share the same MC=10 and share the market equally). (f) Using a simple game theory method, show that the collusive outcome is not sustainable. Be sure...
1. Consider two companies A and B sharing a market by producing identical goods (or highly...
1. Consider two companies A and B sharing a market by producing identical goods (or highly substitutable goods). Company A’s marginal cost is MC=20 and company B’s marginal cost is MC=10. Market demand is known to be P=100-0.001Q. Find profit maximizing level of QA and QB under oligopoly setting. Determine the market price. Determine the revenue of company A and B. Determine the profit of company A and B. Find collusive level of profit maximizing output for A and B...
a single effect evaporator is used to concentrate a solution of 10% of total solids to...
a single effect evaporator is used to concentrate a solution of 10% of total solids to 30% of total solids at a rate of 250 kg / h. if the evaporator pressure is 77 kpa, and if steam is available at 200 kpa gauge, the amount of steam needed per hour and the area of ​​heat transfer area if the overall heat transfer coefficient is 1700 jm -22s-1 ° C. the feed temperature is 18 ° C and the boiling...
1.(a) Define what are Crystalline Solids and Amorphous Solids? (b) Explain, with a two-dimensional representation, the...
1.(a) Define what are Crystalline Solids and Amorphous Solids? (b) Explain, with a two-dimensional representation, the amorphous and crystalline forms of SiO2? (c) The density of matter largely depends on the atomic weight of the atoms and how closely packed they are in the crystal structure. The atomic weight of nickel is 58.70 amu, and it has a face-centred cubic structure, with a lattice parameter of 3.52 Å. Estimate the theoretical density of nickel.
We have a system A with 8 particles and a total energy of 4 units. Each...
We have a system A with 8 particles and a total energy of 4 units. Each particle is allowed to have an energy of either 0 or 1 units only. What is the multiplcity of this system W? What is the value of S/kB= lnW?
We have a system A with 8 particles and a total energy of 4 units. Each...
We have a system A with 8 particles and a total energy of 4 units. Each particle is allowed to have an energy of either 0 or 1 units only. What is the multiplcity of this system W? What is the value of S/kB= lnW?
ADVERTISEMENT
Subjects
ADVERTISEMENT
Latest Questions
ADVERTISEMENT