100g of propane (C2H8) reacts with 70g of oxygen in a closed rigid 3L container at...
100g of propane (C2H8) reacts with 70g of oxygen in a closed rigid 3L container at 300K.
C2H8(g) + O2(g) -------> CO2(g) + H2O(g)
If the temperature of the vessel is 500K immediately after the reaction is complete:
a) What are the partial pressure of ALL the gases after the reaction is complete?
b) What is the total pressure in the container at the end of the reaction?
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100g of propane (C2H8) reacts with 70g of
oxygen in a closed rigid 3L container at...
100g of propane (C2H8) reacts with 70g of oxygen in a closed rigid 3L container at...
100g of propane (C2H8) reacts with 70g of oxygen in a closed rigid 3L container at 300K. C2H8(g) + O2(g) -------> CO2(g) + H2O(g) What are the partial pressures of each reactant before the reaction occurs?
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1.Ammonia is created in the Haber process in a rigid container (nitrogen gas plus hydrogen gas react to form ammonia gas...
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can someone help ts) Given the following reaction in a non-rigid, but closed container: Heat +CaCO3(-)...
can someone help
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a rigid oxygen tank with 150 grans of O2 was inflated with more O2 from 3.5...
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A31.00 g sample of oxygen at 298K reacts with excess propane. Calculate the change in energy,...
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- Butane (C4H20) reacts with oxygen (O2) according to the reaction: 2C4H10(g) + 1302(g) → 8C02(g) + 10H2O(l) L container is filled with butane to a pressure of 0.650 atm at 35°C. Oxygen is then added until the total pressure of the container reaches 1.5 atm. a. What is the partial pressure of Oxygen? b. How many moles of Butane were added to the container? C. Which reactant will limit the amount of CO2(g) formed in the reaction?
Problem 1. A 35.6 g piece of aluminum metal rod is heated to 89.4 °C and then placed in an insulated container containing 51.2 g of water at 22.3 °C. Assuming no loss of water and a heat capacity of 19.82 J/K for the container, what is the final temperature of the system? You may assume that the container is always at the same temperature as that of the water. (HINT: qmetal + qcontainer + qwater-0) Problem 2. Calculate Δ...
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can someone help
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