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A sealed cubical container 30.0 cm on a side contains a gas with three times Avogadro's number of krypton atoms at a temperature of 16.0°C. HINT (a) Find the internal energy (in J) of the gas. X J (b) The total translational kinetic energy (in J) of the gas. X J (c) Calculate the average kinetic energy (in J) per atom. X J (d) Use P = = ² (~) (²/²) to calculate the gas pressure (in Pa). X Pa (e) Calculate the gas pressure (in Pa) using the ideal gas law (PV = nRT). X Pa

A sealed cubical container 30.0 cm on a side contains a gas with three times Avogadro's number of krypton atoms at a temperature of 16.0°C. HINT (a) Find the internal energy (in J) of the gas. X J (b) The total translational kinetic energy (in J) of the gas. X J (c) Calculate the average kinetic energy (in J) per atom. X J (d) Use P = = ² (~) (²/²) to calculate the gas pressure (in Pa). X Pa (e) Calculate the gas pressure (in Pa) using the ideal gas law (PV = nRT). X Pa

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A sealed cubical container 30.0 cm on a side contains a gas with three times Avogadro's number of krypton atoms at a temperature of 16.0°C. HINT (a) Find the internal energy (in J) of the gas. x (b) The total translational kinetic energy (in J) of the gas. X (c) Calculate the average kinetic energy (in J) per atom. x X J 1 - (+) (²²) to calculate the gas pressure (in Pa). (d) Use P = x X Pa (e) Calculate the gas pressure (in Pa) using the ideal gas law (PV = nRT). X Pa
Transcribed Image Text:A sealed cubical container 30.0 cm on a side contains a gas with three times Avogadro's number of krypton atoms at a temperature of 16.0°C. HINT (a) Find the internal energy (in J) of the gas. x (b) The total translational kinetic energy (in J) of the gas. X (c) Calculate the average kinetic energy (in J) per atom. x X J 1 - (+) (²²) to calculate the gas pressure (in Pa). (d) Use P = x X Pa (e) Calculate the gas pressure (in Pa) using the ideal gas law (PV = nRT). X Pa
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