Chemistry, 07.11.2019 01:31, SoccerHalo
Calculate the nitric oxide (no) emission index (eino in units of g of no emitted per kg of fuel burned) for a combustor burning ethane (c2h6) with air, given the following exhaust mole fraction measurements: χco2 = 0.110, χo2 = 0.005, χh2o = 0.160, and χno = 185·10-6. you may assume that the exhaust co and unburned hydrocarbon mole fractions are negligible. does the numerical value of eino depend on whether the exhaust measurements are reported on a wet basis or on a dry basis?
emission index no = (molefractionno/sum of all mole fraction)*(x*molecularweightno/mole cularweightfuel); x is 2.
Answers: 3
Chemistry, 23.06.2019 00:00, alisonsolis155
Before it was launched, a helium-filled balloon had a pressure of 201 kpa at a temperature of 27°c. at an altitude of 15,000 m, the pressure had decreased to 2.5 kpa and the temperature had dropped to -14 °c. the volume of the balloon increased to 59.3 m3. what is the original volume of the balloon? 13 m3 0.85 m3 0.077 m3 1.17 m3
Answers: 3
Chemistry, 23.06.2019 05:40, girlchamp654
The independent variable in an experiment will be the variable that you o a) change ob) hold constant ng c) observe for changes
Answers: 2
Calculate the nitric oxide (no) emission index (eino in units of g of no emitted per kg of fuel burn...
Mathematics, 16.08.2021 22:30