subject
Chemistry, 19.08.2019 19:30 brookedeanovich

For the reactions system 2h2(g) + s2(g) 2h2s(g), a 1.00 liter vessel is found to contain 0.50 moles of h2, 0.020 moles of s2, and 68.5 moles of h2s. calculate the numerical value of the keq of this system.
k =
are the products or reactants favored?
the equilibrium system n2o4(g) 2no2(g) was established in a 1.00-liter vessel. upon analysis, the following information was found: [no2] = 0.500 m; [n2o4] = 0.0250 m. what is the value of keq?
3.which is the correct expression for keq when the chemical reaction is as follows:
n2 + 3h2 2nh3.
4.reactions which do not continue to completion are called .

ansver
Answers: 2

Another question on Chemistry

question
Chemistry, 22.06.2019 02:30
Which piece of equipment would me most useful for measuring the volume of some water? a. pan balance b. graduated cylinder c. tweezers d. flask quick
Answers: 2
question
Chemistry, 23.06.2019 00:00
What is the pressure of 0.500 moles of carbon dioxide gas in a 2.5 l tank and at a temperature of 301 k? (r=0.0821 l·atm/mol·k) 3.08 atm 1.2 atm 0.23 atm 4.01 atm 4.94 atm
Answers: 1
question
Chemistry, 23.06.2019 07:30
Which statement explains which thermometer is more appropriate to measure the temperature of a liquid at 43.6 degrees celsius a) thermometer a, because it measures temperature more accurately than thermometer b b) thermometer b, because it measures temperature more accurately than thermometer a c) thermometer a, because it measures temperature more precisely than thermometer b d) thermometer b, because it measures temperature more precisely than thermometer a
Answers: 2
question
Chemistry, 23.06.2019 10:30
Me soon im confused much mass would a mole of hydrogen molecules contain? recall that hydrogen is diatomic. g/mol
Answers: 1
You know the right answer?
For the reactions system 2h2(g) + s2(g) 2h2s(g), a 1.00 liter vessel is found to contain 0.50 moles...
Questions
question
Mathematics, 03.10.2019 08:10
question
Mathematics, 03.10.2019 08:10
question
Geography, 03.10.2019 08:10
question
Mathematics, 03.10.2019 08:10
Questions on the website: 13722363