For an ideal solution, the correct option is :

Question

For an ideal solution, the correct option is : (A) Δmix H = 0 at constant T and P (B) Δmix G = 0 at constant T and P (C) Δmix S= O at constant T and P (D) Δmix V ≠0 at constant T and P

Tardigrade Admin · Accepted Answer

For ideal solution, Δmix H = 0 Δmix S > 0 Δmix G < 0 Δmix V = 0

Q. For an ideal solution, the correct option is :

$Δ_{mi x}$ H = 0 at constant T and P

$Δ_{mi x}$ G = 0 at constant T and P

$Δ_{mi x}$ S= O at constant T and P

$Δ_{mi x}$ V $\neq =$ 0 at constant T and P

For ideal solution,
$Δ_{mi x}$ H = 0
$Δ_{mi x}$ S > 0
$Δ_{mi x}$ G < 0
$Δ_{mi x}$ V = 0

Q. For an ideal solution, the correct option is :

Δmix​ H = 0 at constant T and P

Δmix​ G = 0 at constant T and P

Δmix​ S= O at constant T and P

Δmix​ V =0 at constant T and P

For ideal solution, Δmix​ H = 0 Δmix​ S > 0 Δmix​ G < 0 Δmix​ V = 0

$Δ_{mi x}$ H = 0 at constant T and P

$Δ_{mi x}$ G = 0 at constant T and P

$Δ_{mi x}$ S= O at constant T and P

$Δ_{mi x}$ V $\neq =$ 0 at constant T and P

For ideal solution,
$Δ_{mi x}$ H = 0
$Δ_{mi x}$ S > 0
$Δ_{mi x}$ G < 0
$Δ_{mi x}$ V = 0