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Answer the following questions regarding the decomposition of Arsenic Pentafluoride, AsFs (g).
a. A 55.8 g sample of AsF5(g) is introduced into an evacuated 10.5 L container at 105 °C.
i. What is the initial molar concentration of AsF5 (g) in the container?
ii. What is the initial pressure, in atmospheres, of the AsF5 (g) in the container?
At 105°C, ASF5(g) decomposes into AsF3(g) and F2 (g) according to the following chemical reaction. AsF3(g) <-> AsF3(g) + F₂(g)
b. In terms of molar concentrations, write the equilibrium constant expression for the decomposition of AsF5(g).
c.When equilibrium has been established, 27.7 percent of the original number of moles of AsF3(g) decomposed.
i. Calculate the molar concentration of AsFs (g) at equilibrium.
ii. Using molar concentrations, calculate the value of the equilibrium constant, K.​

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