# Problem: The table below lists the equilibrium concentrations for H 2(g), I2(g), and HI(g) in the given reaction.H2 (g) + I2 (g) ⇌ 2HI (g)At 500 K, the gases have equilibrium partial pressures of PI2 = 1.00 atm, PH2 = 1.00 atm, and PHI = 0.0795 atm. An addition of 0.100 atm HI(g) is made to this system.Determine the final partial pressures for H2(g), I2(g), and HI(g) when the system returns to equilibrium (i.e., after the addition of 0.100 atm HI(g)). a. PI2 = 1.086 atm, PH2 = 1.086 atm, and PHI = 0.00695 atmb. PI2 = 1.275 atm, PH2 = 1.275 atm, and PHI = 0.0225 atmc. PI2 = 1.621 atm, PH2 = 1.621 atm, and PHI = 0.00731 atmd. PI2 = 1.072 atm, PH2 = 1.072 atm, and PHI = 0.00642 atme. PI2 = 1.372 atm, PH2 = 1.372 atm, and PHI = 0.00614 atm

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The table below lists the equilibrium concentrations for H 2(g), I2(g), and HI(g) in the given reaction.

H(g) + I(g) ⇌ 2HI (g) At 500 K, the gases have equilibrium partial pressures of PI2 = 1.00 atm, PH2 = 1.00 atm, and PHI = 0.0795 atm. An addition of 0.100 atm HI(g) is made to this system.

Determine the final partial pressures for H2(g), I2(g), and HI(g) when the system returns to equilibrium (i.e., after the addition of 0.100 atm HI(g)).

a. PI2 = 1.086 atm, PH2 = 1.086 atm, and PHI = 0.00695 atm

b. PI2 = 1.275 atm, PH2 = 1.275 atm, and PHI = 0.0225 atm

c. PI2 = 1.621 atm, PH2 = 1.621 atm, and PHI = 0.00731 atm

d. PI2 = 1.072 atm, PH2 = 1.072 atm, and PHI = 0.00642 atm

e. PI2 = 1.372 atm, PH2 = 1.372 atm, and PHI = 0.00614 atm

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