Calculate the equilibrium constant kc for the reaction

Reference no: EM13126690

Finding Kc from Products' Moles, Volume and Percent Reacted
The following reaction occurs at 1600 deg. C.

Br2(g) <---> 2Br(g)

When 1.05 moles of Br2 are put in a 0.980 L flask, 1.20 percent of the Br2 undergoes dissociation. Calculate the equilibrium constant Kc for the reaction.

Reference no: EM13126690

Questions Cloud

Dollar amount of the worksheet elimination : In the preparation of the 2006 consolidated financial statements, what is the dollar amount of the worksheet elimination to 2006 Retained Earnings with respect to this transaction?

Find population mean for all students at college : The sample to be 99% sure the sample mean is with 1 semester hour of the population mean for all students at this college?

How many liters of h2 would be formed : Hydrogen gas can be prepared by reaction of zinc metal with aqueous HCl. how many liters of H2 would be formed at 770 mm Hg and 16 degrees celcius if 26.5g of zinc was allowed to react

Correlation and determination : Difference and relationship between correlation and determination as it applies to linear regression analysis

Calculate the equilibrium constant kc for the reaction : Finding Kc from Products' Moles, Volume and Percent Reacted, The following reaction occurs at 1600 deg. C. Calculate the equilibrium constant Kc for the reaction.

Adjustment to cost of goods sold : Also during 2006 regional sells all the inventory pruchased in 2005 and 2006 to unrelated entities. What is the adjustment to cost of goods sold in the 2006 worksheet elimination?

Calculating time needed to empty tank : Filling a tank. A water tank has an inlet pipe and a drain pipe. A full tank can be emptied in 30 minutes if the drain is opened and an empty tank can be filled in 45 minutes with the inlet pipe opened.

Are state budgets required to be published : What is the difference between collecting taxes and paying taxes?

Probability-randomly selected chocolate bar have calories : Suppose that the distribution of calories is approximately normal with o = 10. Find the probability that a randomly selected chocolate bar will have a) Between 200 and 220 caloies.

User Account

All Pages