Question: need help with 8 please Answer the remaining questions based on the following reaction. Cl2(g)+PCl3(g)PCl5(g) 7. If the equilibrium amounts of Cl2,PCl3, and PCl5 are

need help with 8 please need help with 8 please Answer the remaining questions based on the

Answer the remaining questions based on the following reaction. Cl2(g)+PCl3(g)PCl5(g) 7. If the equilibrium amounts of Cl2,PCl3, and PCl5 are 2.1,5.4 and 3.6 moles respectively in a 10.0L flask, use the original given chemical equation to calfulate Kcc for the reaction. 2.1/1=0.21M,[PCl3]=5.4/2=0.54,[PCI5]=3.6/20=0.36 6/0.210.54 36/0.1134=3.17 8. Since all of the components of this reaction are gases, the equilibrium constant can also be written as a Kp value. The equation to convert between Kc and Kp is Kp=Kc(RT)n, where R is the gas constant (0.0821Latm/molK). T is the temperature in Kelvin, and n is the change in the stoichiometric number of moles (from the balanced equation) over the course of the reaction (moles gaseous products - moles gaseous reactants). Convert the value of Kc that you calculated in question 7 into a Kp value. Assume the Kc was determined at 25C

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