Question

A sealed and rigid 18.3 L container at 25oC is filled with 14.2 grams of butene gas, C4H8, and 9.7 grams of oxygen gas. A spark is added to the container causing a chemical reaction to occur between the two gases. (as shown below). After the reaction had gone to completion the container was at a temperature of 362 K.

C6H14(g) + O2 (g) à CO2 (g) + H2O (g)

a. Before a reaction has occurred calculate the mole fraction of oxygen in the container.

Answer 1

Answer:

I am sorry

Explanation:

it is toooooo long answer

Answer 2

Answer:

Demonstrate an understanding of partial pressures and mole fractions. ... It is assumed that the gases do not react with each other. Example. A 2.0 L container is pressurized with 0.25 atm of oxygen gas and 0.60 atm of ... An error occurred. ..Apply Dalton's Law to determine the partial pressure of a gas collected over water.

mark me as brainliest...