I am stuck on what to do for my homework assignment. We were told to come up with seven different statements for: Write down as many correct, distinct, and relevant facts you can about:
BrCl3 (g) + Cl2 (l) > BrCl5 (g) Kp = 7.82 * 10−6
When there is originally 0.215 atm of BrCl3, 725 g of Cl2, and 0.115 atm of BrCl5.
I'm not exactly sure of what you want but I can give you a start, perhaps.
This is a redox reaction.
The beginning concns are too high on the right; therefore, the reaction must shift to the left to reach equilibrium. [You can show this by Qp = 0.115/0.215 = 0.534 and this is larger than Kp.]
Then I would go through and calculate the equilibrium partial pressures of BrCl3 and BrCl5 as well as the total pressures. That should get you started. Do and ICE chart for starters, too.
I thought to do an ICE chart but was not sure if I did it correctly
To come up with different statements about the given reaction, we need to understand the reaction and its components. Let's break down the information provided step by step:
1. Identify the reaction: The given reaction is BrCl3 (g) + Cl2 (l) > BrCl5 (g).
2. Understand the units: The reactants and products are given in terms of moles and pressure. BrCl3 and BrCl5 are in gas form, while Cl2 is in liquid form.
3. Determine the given quantities: The initial amounts given are 0.215 atm of BrCl3, 725 g of Cl2, and 0.115 atm of BrCl5.
Now, let's come up with seven distinct and relevant statements related to this information:
Statement 1: The given reaction involves the combination of gaseous BrCl3 with liquid Cl2 to form gaseous BrCl5.
Statement 2: The initial pressure of BrCl3 is 0.215 atm, which indicates the starting amount of the gas in the reaction.
Statement 3: The initial pressure of BrCl5 is 0.115 atm, suggesting the presence of some amount of the product gas at the beginning.
Statement 4: The reaction is expected to proceed in the direction of product formation because the product gas has a lower concentration (lower pressure) than the reactants.
Statement 5: The given reaction is described by the equilibrium constant Kp, which is 7.82 * 10^(-6).
Statement 6: The presence of Cl2 as a liquid suggests that it does not participate in the calculation of the equilibrium constant Kp.
Statement 7: The given amount of Cl2 is given in grams (725 g), which can be converted to moles using the molar mass of Cl2 to further analyze the reaction.
By considering these statements, you can gain a better understanding of the problem and proceed with solving your homework assignment.