If for a given substance, melting point is TB and freezing point is TA then correct variation of entropy by graph between entropy change and temperature is

Question

If for a given substance, melting point is TB and freezing point is TA then correct variation of entropy by graph between entropy change and temperature is (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

For a pure substance TA and TB are same. Above this temperature entropy will increase and below this temperature entropy remains constant.

Q. If for a given substance, melting point is $T_{B}$ and freezing point is $T_{A}$ then correct variation of entropy by graph between entropy change and temperature is

For a pure substance $T_{A}$ and $T_{B}$ are same. Above this temperature entropy will increase and below this temperature entropy remains constant.

Q. If for a given substance, melting point is TB​ and freezing point is TA​ then correct variation of entropy by graph between entropy change and temperature is

For a pure substance TA​ and TB​ are same. Above this temperature entropy will increase and below this temperature entropy remains constant.

Q. If for a given substance, melting point is $T_{B}$ and freezing point is $T_{A}$ then correct variation of entropy by graph between entropy change and temperature is

For a pure substance $T_{A}$ and $T_{B}$ are same. Above this temperature entropy will increase and below this temperature entropy remains constant.