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11 Nov 2019
A particular container holds 2.20 mol of neon gas. The volume of this container can be altered by sliding a piston in or out. The volume is changed from 8.00 L to 6.40 L while at the same time the temperature is changed from 311 K to 224 K. The molar heat capacity, CV,m, for neon is 12.47 J/(mol·K). Assume that this value will not change over the given temperature range. What is the change in entropy for the gas?â
A particular container holds 2.20 mol of neon gas. The volume of this container can be altered by sliding a piston in or out. The volume is changed from 8.00 L to 6.40 L while at the same time the temperature is changed from 311 K to 224 K. The molar heat capacity, CV.m, for neon is 12.47 J/(mol K). Assume that this value will not change over the given temperature range What is the change in entropy for the gas? Number AS= -43.31 J/K
A particular container holds 2.20 mol of neon gas. The volume of this container can be altered by sliding a piston in or out. The volume is changed from 8.00 L to 6.40 L while at the same time the temperature is changed from 311 K to 224 K. The molar heat capacity, CV,m, for neon is 12.47 J/(mol·K). Assume that this value will not change over the given temperature range. What is the change in entropy for the gas?â
A particular container holds 2.20 mol of neon gas. The volume of this container can be altered by sliding a piston in or out. The volume is changed from 8.00 L to 6.40 L while at the same time the temperature is changed from 311 K to 224 K. The molar heat capacity, CV.m, for neon is 12.47 J/(mol K). Assume that this value will not change over the given temperature range What is the change in entropy for the gas? Number AS= -43.31 J/K
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15 Jan 2019