The correct order for `T_(i), T_(B)` and `T_(C)` is

The correct order of s_(n),c_(n) and T_(n) is given by

One mole of a gas is in state A[P, V, T_(A)] . A small adiabatic process causes the state of the gas to change to B [P + dP, V + dV, T_(B)] . The changes dV & dP are infinitesimally small and dV is negative. An alternative process takes the gas from state A to B via A rarr C rarr B . A rarr C is isochoric and C rarr B is isobaric path. State at C is [P + dP, V, T_(C)] . (a) Rank the temperatures T_(A), T_(B) and T_(C) from highest to lowest. (b) Find g of the gas in terms of T_(A) , T_(B) and T_(C) .

Three stars A, B, C have surface temperatures T_(A), T_(B) and T_(C) . A appaears bluish, B appears reddish and C appears yellowish. We can conclude that

Three stars A, B, C have surface temperatures T_(A), T_(B) and T_(C) . A appaears bluish, B appears reddish and C appears yellowish. We can conclude that

The correct relationship between T_(C ) , T_(B) and T_(i) is -

Three isothermal plots (P versus V) A, B and C are plotted at three temperature T_(1), T_(2) and T_(3) respectively The correct order of the temperature will be

Three isothermal plots (P versus V) A, B and C are plotted at three temperature T_(1), T_(2) and T_(3) respectively The correct order of the temperature will be

I , II , and III are three istherms, respectively, at T_(1) , T_(2) , and T_(3) . Temperature will be in order

I , II , and III are three istherms, respectively, at T_(1) , T_(2) , and T_(3) . Temperature will be in order