Explain the van der waals equation to calculate the pressure

Assignment Help Chemistry

Reference no: EM13213641

Use the van der Waals equation to calculate the pressure, in atm, of 37.83 mol of hydrogen at 113 oC in a 2.7 L container.

Reference no: EM13213641

Questions Cloud

Compute the new temperature of the water bath : The water bath conatins 2.90 kg of water at 27.6 degrees celcuis. During the reaction 110 kj of heat flows out of the flask into the bath. Calculate the new temperature of the water bath

Explain the reaction products of sodium borohydride : Give the reaction products of sodium borohydride (followed by acidification) with the following compounds. a) acetone

Disparity and discrimination-criminal justice system : Write a 700- to 1,050-word essay in which you compare and contrast the terms disparity and discrimination as they relate to the criminal justice system.

Calculate free cash flow using ebit : Calculate cash flow provided by operating activities, calculate free cash flow using CFO and calculate free cash flow using EBIT

Explain the van der waals equation to calculate the pressure : Use the van der Waals equation to calculate the pressure, in atm, of 37.83 mol of hydrogen at 113 oC in a 2.7 L container.

Examining a new technology for communication : Examining a new technology for communication—for example, electronic medical records or voice recognition—and how it affects communication in health care.

State what is the final pressure of the whole system in atm : Three bulbs are connected by tubing, and the tubing is evacuated. The volume of the tubing is 32.0 mL. The first bulb has a volume of 35.0 mL and contains 3.00 atm of argon, the second bulb has a volume of 250 mL and contains 2.27 atm of neon

Compute the molar mass of the unknown gas : From the same container under the same conditions--same temperature and initial pressure, it takes 40 s for 1.00 L of O2 gas to effuse. Calculate the molar mass (in grams/mol) of the unknown gas.

Explain the original pressure of argon in the cylinder : If the pressure in the cylinder is 5.28 atm after the neon is added, what was the original pressure (in atm) of argon in the cylinder?

User Account

All Pages