absolute value of internal energy cannot be determined.
absolute value of entropy can be determined.
internal energy, enthalpy, and entropy are intensive properties.
A
absolute value of entropy can be determined.
B
internal energy, enthalpy, and entropy are intensive properties.
C
absolute value of internal energy cannot be determined.
D
absolute value of enthalpy cannot be determined.
Open in App
Solution
Verified by Toppr
The correct options are A absolute value of enthalpy cannot be determined. B absolute value of internal energy cannot be determined. Properties which depend on the amount of the substance (or substances)
Was this answer helpful?
1
Similar Questions
Q1
Statement 1: An endothermic reaction can be spontaneous Statement 2: Both the enthalpy and the entropy changes affect the Gibbs free-energy change of the reaction.
View Solution
Q2
For a reaction to be spontaneous with a positive enthalpy and a positive entropy value, the temperature should be :
View Solution
Q3
When a solid melts reversibly [H-Enthalpy, G-Gibbs Free energy, E- internal energy, S- Entropy]
View Solution
Q4
Which of the following is intensive property ? (I) Internal energy (II) pH (III) Boiling point (IV) EMF (V) Molar entropy
View Solution
Q5
Gibb's free energy G, enthalpy H and entropy S are interrelated as in: