Find the temperature at which K_p = 42.0 for the reaction H₂(g)+ I₂(g) 2HI(g).[Given: at 25°C, for H₂(g), $\Delta$H°_f = 0, S° = 131.0 J/mol·K; for I₂(g), $\Delta$H°_f = 62.26 kJ/mol, S° = 260.6 J/mol·K; for HI(g), $\Delta$H°_f = 25.9 kJ/mol, S° = 206.3 J/mol·K; assume that $\Delta$H° and $\Delta$S° are independent of temperature.] A)1040 K B)168 K C)539 K D)1400 K E)34,200 K

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The Answer of Find the temperature at which K_p = 42.0 for the reaction H₂(g)+ I₂(g) 2HI(g).[Given: at 25°C, for H₂(g), $\Delta$H°_f = 0, S° = 131.0 J/mol·K; for I₂(g), $\Delta$H°_f = 62.26 kJ/mol, S° = 260.6 J/mol·K; for HI(g), $\Delta$H°_f = 25.9 kJ/mol, S° = 206.3 J/mol·K; assume that $\Delta$H° and $\Delta$S° are independent of temperature.] A)1040 K B)168 K C)539 K D)1400 K E)34,200 K

Find the Temperature at Which Kp = 42 Δ\DeltaΔ H°f = 0, S° = 131

Find the Temperature at Which K_p = 42 $\Delta$ H°_f = 0, S° = 131