Consider the following reaction at 730 K:
H₂ (g) + I₂ (g) 2 HI (g) In one experiment, the following partial pressures were observed at a single moment in time:
PH ₂= 0.250 atm P I2 = 0.370 atm P HI = 2.13 atm After calculating the reaction quotient, Q p , what can be stated about the reaction above, given K p = 49 at 730 K?

Question

Consider the following reaction at 730 K:
H₂ (g) + I₂ (g)

Consider the following reaction at 730 K: H₂ (g) + I<sub>2</sub> (g) 2 HI (g) In one experiment, the following partial pressures were observed at a single moment in time: PH <sub>2</sub>= 0.250 atm P I2 = 0.370 atm P HI = 2.13 atm After calculating the reaction quotient, Q p , what can be stated about the reaction above, given K p = 49 at 730 K? A) Q <sub>p</sub> K <sub>p</sub> and the reaction is proceeding left to right as written. B) Q <sub>p</sub> K <sub>p</sub> and the reaction is proceeding right to left as written. C) Q <sub>p</sub> > K <sub>p</sub> and the reaction is proceeding left to right as written. D) Q <sub>p</sub> > K <sub>p</sub> and the reaction is proceeding right to left as written. E) Q <sub>p</sub> = K <sub>p</sub> and the reaction is at equilibrium.

2 HI (g) In one experiment, the following partial pressures were observed at a single moment in time:
PH ₂= 0.250 atm P I2 = 0.370 atm P HI = 2.13 atm After calculating the reaction quotient, Q p , what can be stated about the reaction above, given K p = 49 at 730 K?

Quizplus · Accepted Answer

The Answer of Consider the following reaction at 730 K: H₂ (g) + I₂ (g) 2 HI (g) In one experiment, the following partial pressures were observed at a single moment in time: PH ₂= 0.250 atm P I2 = 0.370 atm P HI = 2.13 atm After calculating the reaction quotient, Q p , what can be stated about the reaction above, given K p = 49 at 730 K?

Consider the Following Reaction at 730 K