For the reaction, H2S(g) + 12 (s) --> HI(g) + S(s, rhombic) Kp= 1.33x10^-5atm at 60°C. What will be the mole fraction of HI in the vapor at 60°C when the tolal pressure 1 atm?

$For the reaction, H2S(g) + 12 (s) --> HI(g) + S(s, rhombic) Kp= 1.33x10^-5atm at 60°C. What will be the mole fraction of HI in the vapor at 60°C when the tolal pressure 1 atm? $

Extracted text: For the reaction, H2S(g) + 12 (s) --> HI(g) + S(s, rhombic) Kp= 1.33x10^-5atm at 60°C. What will be the mole fraction of HI in the vapor at 60°C when the tolal pressure 1 atm?

Jun 07, 2022

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For the reaction, H2S(g) + 12 (s) --> HI(g) + S(s, rhombic) Kp= 1.33x10^-5atm at 60°C. What will be the mole fraction of HI in the vapor at 60°C when the tolal pressure 1 atm?

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