For `1 mol` of an ideal gas, `V_(1)gtV_(2)gtV_(3)` in fig. (`I`),`T_(1)gtT_(2)gtT_(3)` in fig. (`II`), `P_(1)gtP_(2)gtP_(3)` in fig. (`III`), and `T_(1)gtT_(2)gtT_(3)` in fig. (`IV`) , then which curves are correct. A. `I,II`B. `I,II,III`C. `II,IV`D. `I,III,IV`

For `1 mol` of an ideal gas, `V_(1)gtV_(2)gtV_(3)` in fig. (`I`),`T_(1

1.	For `1 mol` of an ideal gas, `V_(1)gtV_(2)gtV_(3)` in fig. (`I`),`T_(1)gtT_(2)gtT_(3)` in fig. (`II`), `P_(1)gtP_(2)gtP_(3)` in fig. (`III`), and `T_(1)gtT_(2)gtT_(3)` in fig. (`IV`) , then which curves are correct. A. `I,II`B. `I,II,III`C. `II,IV`D. `I,III,IV`
Answer» `PV=RT` if `P_(1) gt P_(2)`, `V_(1) lt V_(2)`. Also `log P= -log V+ log RT`

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For `1 mol` of an ideal gas, `V_(1)gtV_(2)gtV_(3)` in fig. (`I`),`T_(1)gtT_(2)gtT_(3)` in fig. (`II`), `P_(1)gtP_(2)gtP_(3)` in fig. (`III`), and `T_(1)gtT_(2)gtT_(3)` in fig. (`IV`) , then which curves are correct. A. `I,II`B. `I,II,III`C. `II,IV`D. `I,III,IV`

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