Which expansion will produce more change in entropy during reversible and isothermal process?A. `1 mol H_(2)` at `300K` from `2 L` to `20L`B. `1 mol N_(2)` at `400 K` from `1L` to `10L`C. `1mol O_(3)` at `500K` form `3L` to `30L`D. All have same `DeltaS`

Which expansion will produce more change in entropy during reversible

1.	Which expansion will produce more change in entropy during reversible and isothermal process?A. `1 mol H_(2)` at `300K` from `2 L` to `20L`B. `1 mol N_(2)` at `400 K` from `1L` to `10L`C. `1mol O_(3)` at `500K` form `3L` to `30L`D. All have same `DeltaS`
Answer» `DeltaS = 2.303 nR "log" (V_(2))/(V_(1))` `= 2.303 xx 1xx 8.314 log(10)` `= 19.15 J K^(-1) mol^(-1) ((V_(2))/(V_(1))=10 "for all")`

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Which expansion will produce more change in entropy during reversible and isothermal process?A. `1 mol H_(2)` at `300K` from `2 L` to `20L`B. `1 mol N_(2)` at `400 K` from `1L` to `10L`C. `1mol O_(3)` at `500K` form `3L` to `30L`D. All have same `DeltaS`

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