A 2.00L canister is charged with C3H8 and O2 to a total pressure of 1.50 atm at 0.0 degrees C The mole fraction of C3H8 in the canister is 0.25. Assuming the canister is rigid enough to withstand the pressure change, what is the total pressure inside the canister after the reaction takes place according to the equation below. The temperature inside the canister after the reaction was complete is 150.0 degrees C.
equation is:
C3H8(g)+5O2(g)=3 CO2(g)+4H2O(g)
Answers: 2
Chemistry, 21.06.2019 23:20, anggar20
Harvey kept a balloon with a volume of 348 milliliters at 25.0˚c inside a freezer for a night. when he took it out, its new volume was 322 milliliters, but its pressure was the same. if the final temperature of the balloon is the same as the freezer’s, what is the temperature of the freezer? the temperature of the freezer is kelvins.
Answers: 2
Chemistry, 22.06.2019 05:30, ayoismeisjjjjuan
What type of reaction is shown below? check all that apply. 2h2o2 → 2h2o + o2 synthesis decomposition combustion
Answers: 1
A 2.00L canister is charged with C3H8 and O2 to a total pressure of 1.50 atm at 0.0 degrees C The mo...
Mathematics, 05.01.2021 23:50
Mathematics, 05.01.2021 23:50
Mathematics, 05.01.2021 23:50
Chemistry, 05.01.2021 23:50
Mathematics, 05.01.2021 23:50
Mathematics, 05.01.2021 23:50
World Languages, 05.01.2021 23:50