Chapter 11, Problem 10Q

Calculate the density of N2 at STP using the ideal gas equation

"If the temperature of a fixed amount of an ideal gas is increased, it NECESSARILY follows that" a. the pressure of the gas will increase.b. the volume of the gas will increase.c. the average kinetic energy will increased. All of the above statements are correct.

The volume of liquid is calculated from the relation?

Dinitrogen monoxide, N2O, reacts with propane, C3H8, to farm nitrogen, N2; carbon dioxide. CO2; and water, H2O. Write a balanced chemical equation for this reaction, treating all substances as gases. Include phases in your equation. Two reservoirs, separated by a closed valve (of negligible volume), are filled with the reactants (one on each side). The pressure of N2Ois measured to be 1.4atm. The pressure of C3H8is measured to be 1.2atm. Each reservoir has a capacity of 1.0L, and the temperature of the system is mg src=Images/HTML_99425-13-98QAP_image001.jpg alt="" align="top"/> e valve between the reservoirs is opened, and the chemical reaction proceeds. Assuming ideal gas behavior and constant temperature, what is the partial pressure of CO2after the reaction is complete? What is the partial pressure of N2Oafter the reaction is complete?

A 1.00-mol sample of Xe gas is kept at a temperature of 298K.What volume must it have in order to have an average collision frequency of 1 per second? Assume that the collision diameter is 4.00A.

at if STP was defined as normal room temperature (22C)and 1atm? How would this affect the molar volume of an ideal gas? Include an explanation and a number.

What volume of gas in liters at 120.C must be cooled to 40.C if the gas volume at constant pressure and 40.C is to be 2.0L?