there-are-two-possible-ways-to-roll-a-3-using-two-dice-each-numbered-1-6-therefo

Question

There are two possible ways to roll a 3 using two dice each numbered 1-6. Therefore, there are two microstates for the outcome of 3 (a specific microstate). Determine the number of possible ways to roll a 4. Calculate the entropy associated with an outcome of 4. (K_B = 1.38×10^–23)

Accepted Answer

3 ways; S = 1.52×10^–23

Answer

4 ways; S = 1.91×10^–23

Answer

4 ways; S = 2.54×10^–23

Answer

3 ways; S = 2.01×10^–23

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There are two possible ways to roll a 3 using two dice each numbered 1-6. Therefore, there are two microstates for the outcome of 3 (a specific microstate). Determine the number of possible ways to roll a 4. Calculate the entropy associated with an outcome of 4. (K_B = 1.38×10^–23)

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Chemistry

Biology

Math

Physics

Business

Social Sciences

Programming

Product & Marketing

There are two possible ways to roll a 3 using two dice each numbered 1-6. Therefore, there are two microstates for the outcome of 3 (a specific microstate). Determine the number of possible ways to roll a 4. Calculate the entropy associated with an outcome of 4. (KB = 1.38×10–23)

There are two possible ways to roll a 3 using two dice each numbered 1-6. Therefore, there are two microstates for the outcome of 3 (a specific microstate). Determine the number of possible ways to roll a 4. Calculate the entropy associated with an outcome of 4. (K_B = 1.38×10^–23)