Consider a box divided into three parts and contains N gas molecules A) Write the formula for the multiplicity of any given configuration. B) Consider two configurations (i) A with equal molecules in all three thirds of the box (ii) B with equal number of molecules in each half of the box divided into two equal parts rather than three. Find the ratio of multiplicity of configuration A to the configuration B. C) Find WA / WB for N=100, put 34 molecules into one of the three box parts of configuration A and 33 in each of the other two parts.
Consider a box divided into three parts and contains N gas molecules A) Write the formula for the multiplicity of any given configuration. B) Consider two configurations (i) A with equal molecules in all three thirds of the box (ii) B with equal number of molecules in each half of the box divided into two equal parts rather than three. Find the ratio of multiplicity of configuration A to the configuration B. C) Find WA / WB for N=100, put 34 molecules into one of the three box parts of configuration A and 33 in each of the other two parts.
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Consider a box divided into three parts and contains N gas molecules
A) Write the formula for the multiplicity of any given configuration.
B) Consider two configurations (i) A with equal molecules in all three thirds of the box (ii) B with equal number of molecules in each half of the box divided into two equal parts rather than three. Find the ratio of multiplicity of configuration A to the configuration B.
C) Find WA / WB for N=100, put 34 molecules into one of the three box parts of configuration A and 33 in each of the other two parts.
also want soltion all these part urgently thanks
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