What is the temperature Tf after the tank is cooled in terms of given quantities? Assume that the volume of the tank is constant.Make sure the quantities you enter match the ones given in the problem exactly. The tank is sealed and cooled until the pressure is p/3. (b) If the temperature is kept at the value found in part (a) and the gas is compressed, what is the volume when the pressure again becomes 3.00 atm?Ī tank of volume VV contains air at absolute pressure p and absolute temperature T. (a) What is the temperature then in degrees Celsius? Assume that the volume of the tank is constant. The tank is sealed and cooled until the pressure is 1.00 atm. A 3.00 L tank contains air at 3.00 atm and 20.0☌.The textbook version and the Mastering version are different so this problem will include both versions (e) Use the middle equation to find your Celsius and then use the top equation to find your Kelvins. Which is a value we have so plug in our 7☌ and get your answer. On the Kelvin temperature scale, the units are the same as those on the Celsius scale (zero is shifted) so ΔT☌ = 7☌ = 7K =įor temperature difference in ☏ you will need to have the final and initial temperatures to find your answer, so So, for this problem you will need the equations:įor (a) you will need to take your Kelvin value and subtract 273.15 (Tk-273.15 = Tc) from it to get your ☌ and then use that value to get ☏.įor (b) you will need to use the first equation and then the third equation.įor (c) you will be following the same steps as (b)įor (d) you can disregard the time, but you will have to find the DIFFERENCE in temperature, so be careful this is not simply a plug and chug like the previous ones in the problem.
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I will be working on this daily up until exam time so I cannot guarantee this will be completed before the first exam since there are approximately 200 questions per chapter. The questions will all be in order if you choose to study this way though. There will only be a chapter divider for those who do want a benchmark because I feel as though it is best to not know where each question is from chapters-wise to study. LC Problems will be labeled as such () however, the textbook questions themselves will not be unless they are mastering problems from our homework (so they will be labeled as. I will NOT be including the discussion questions in this Quizlet.
![constant pressure gas thermometer boiling point constant pressure gas thermometer boiling point](http://chemistry.st-andrews.ac.uk/labs/misc/nomo2.gif)
I may or may not include the dynamic study modules in this, it will all depend if I have time to. ALL sections of chapter 24 textbook questions Sections 1-5 of chapter 23 textbook questions ALL sections of chapter 22 textbook questions Sections 1-7 of chapter 21 textbook questions Sections 1-6 of chapter 20 textbook questions ALL sections of chapter 19 textbook questions Sections 1-4 of chapter 18 textbook questions ALL sections of chapter 17 textbook questions IF SOLUTIONS ARE OFF OR EXPLANATIONS INACCURATE ALSO CONTACT ME TO CORRECT IT.
![constant pressure gas thermometer boiling point constant pressure gas thermometer boiling point](https://missvickie.com/wp-content/uploads/2019/11/temperature-inside-pressure-cooker-768x536.png)
IF YOU FIND A PROBLEM PLEASE CONTACT ME VIA GROUPME OR THROUGH MY EMAIL. THE SOLUTIONS WILL BE CORRECT HOWEVER, THE COPY AND PASTE OVER WAS NOT AS ACCURATE FOR SOME WORDS AND VALUES (DUPLICATE NUMBERS, NUMBERS NOT EVEN IN THE PROBLEM, EXTRA WORDS, ETC.). HELLO, TO PREFACE THIS DECK I WOULD LIKE TO SAY PLEASE GO TO THE CHAPTER AND ENSURE THE VALUES ARE CORRECT FOR EACH PROBLEM.