Explain the halogen partially dissociates to atoms

Reference no: EM13224918

Suppose 0.0864 mol of Br_2_ is placed in a 1.44 L flask and heated to constant temperature at which the halogen partially dissociates to atoms

Br_2_(g) <---> 2 Br(g)

If Br_2_ is 6.4% dissociated at this temperature, calculate Kc.

Reference no: EM13224918

Questions Cloud

Would safety levels go up or down because of its use : How would the RFID chip help Walmart in the reduction of out of stock items at their stores? Would safety levels go up or down because of its use? Describe the main problem with inventory at Walmart.

What must be nominal and effective interest rates per year : Joseph starts to make quarterly deposits of $1,500 (at the end of a quarter) into an investment account at the age of 45. If he wants to have $250,000 when he retires at the age of 65, what must be the nominal and the effective interest rates per ..

How many shirts must gina sell to break even : What is the EOQ, in minimizing cost, how many orders would be made each year and what is the time between orders?

What is the average annual holding cost : How many dinnerware packs do you need to keep as safety stock to satisfy the CEO's targeted service level?

Explain the halogen partially dissociates to atoms : Suppose 0.0864 mol of Br_2_ is placed in a 1.44 L flask and heated to constant temperature at which the halogen partially dissociates to atoms

How many ornaments should you order before the season : How high should the goodwill cost be so that the CEO's stock out rule holds?

Calculate the expected annualized compound rate of return : The bond fund manager forecasts that, in four years, the 15-year bond will sell at a yield to maturity of 6.45% and the 20-year bond will sell at a yield to maturity of 6.70%. The bond fund manager also expects that the coupons can be reinvested a..

Explain work to identify the limiting reagent : Observe significant figure rules. Constants: ideal gas const = R = 0.08206 L atm/mole K; 1 mole of gas at STP occupies 22.41 L. Atomic masses: H 1.008 O 16.000 g/mole. You must show work to identify the limiting reagent; no credit for guessing.

Explain the molarity of the sodium hydroxide solution : sample of KHP required 33.86 mL of sodium hydroxide, what was the molarity of the sodium hydroxide solution?

User Account

All Pages