Draw a line/dot representation of system A in Model 1 and calculate the entropy of this...

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Draw a line/dot representation of system A in Model 1 and calculate the entropy of this system. Model 1 More energy level systems There are a number of different variations possible in the models that represent the energy states of a system. The following diagram shows three different systems each with 6 particles and a total of 2 units of energy. Two energy states with the same amount of energy are said to be degenerate. 4 3 E 2 1 0 A B C Draw a line/dot representation of system A in Model 1 and calculate the entropy of this system. Model 1 More energy level systems There are a number of different variations possible in the models that represent the energy states of a system. The following diagram shows three different systems each with 6 particles and a total of 2 units of energy. Two energy states with the same amount of energy are said to be degenerate. 4 3 E 2 1 0 A B C Draw a line/dot representation of system A in Model 1 and calculate the entropy of this system. Model 1 More energy level systems There are a number of different variations possible in the models that represent the energy states of a system. The following diagram shows three different systems each with 6 particles and a total of 2 units of energy. Two energy states with the same amount of energy are said to be degenerate. 4 3 E 2 1 0 A B C Draw a line/dot representation of system A in Model 1 and calculate the entropy of this system. Model 1 More energy level systems There are a number of different variations possible in the models that represent the energy states of a system. The following diagram shows three different systems each with 6 particles and a total of 2 units of energy. Two energy states with the same amount of energy are said to be degenerate. 4 3 E 2 1 0 A B C