Between 0 °C and 100 °C, the molar heat capacity at constant pressure of Hg (I) is given by CP,m(Hg, I) J K-1 mol-1 T 30.093 – 4.944 × 10¬3. Calculate change in enthalpy (AH) (in unit J mol1) and change in entropy (AS) (in unit J K-1 mol1) if 1 mol of Hg (I) is raised in temperature from 0 to 100 °C at constant pressure (P).
Between 0 °C and 100 °C, the molar heat capacity at constant pressure of Hg (I) is given by CP,m(Hg, I) J K-1 mol-1 T 30.093 – 4.944 × 10¬3. Calculate change in enthalpy (AH) (in unit J mol1) and change in entropy (AS) (in unit J K-1 mol1) if 1 mol of Hg (I) is raised in temperature from 0 to 100 °C at constant pressure (P).
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Transcribed Image Text:Between 0 °C and 100 °C, the molar heat capacity at constant pressure of Hg (I)
is given by
Cp,m(Hg, I)
J K-1 mol-1
T
-3
30.093 – 4.944 × 10¬
K
Calculate change in enthalpy (AH) (in unit J mol-1) and change in entropy (AS)
(in unit J K-1 mol-1) if 1 mol of Hg (I) is raised in temperature from 0 to 100 °C at
constant pressure (P).
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