A student performs a formation reaction of hydrogen iodide from hydrogen gas and iodine gas in an enclosed 2.00 L container at 25oC. ΔH = +53 KJ/mol for this reaction. If the student injects 1.20 mol each of hydrogen gas and iodine gas, the equiLiBrium concentration of hydrogen iodide is determined to be 1.1053 mol/L. Write out the balanced reaction equation for this reaction. Write out the equiLiBrium expression for this reaction. Calculate Keq for this reaction under these conditions. [show all work]. Predict the expected change in Keq for the following: Decrease in temperature of reaction. Decrease in reaction container volume. Determine the Keq for the reverse reaction [show work].
