Evaluate the molar mass of the gas

Reference no: EM13342924

2.51 moles of a gas occupies 50.88 liters, and its density is 1.43 g/L at a particular temperature and pressure. Calculate the molar mass of the gas.

Reference no: EM13342924

Questions Cloud

Find the length of each axle : When an automobile moves at 15.0 m/s, its axles experience an emf of 0.00110 v. find the length of each axle

Prepare and present a comprehensive business plan : Prepare and present a comprehensive Business Plan for the business case study allocated to your group or which you are undertaking individually.

Explain what is the normal boiling point of ethyl ether : The vapor pressure of ethyl ether is 7.87 in. Hg at 2°C; 11.8 in. Hg at 12°C; 27.5 in. Hg at 32°C; 29.9 in. Hg at 35°C; 39.3 in. Hg at 42°C. What is the normal boiling point of ethyl ether

What is the heat flow rate from the radiator : A radiator has an emissivity of 0.95 and its exposed area is 1.23m^2. The temperature of the radiator is 100deg C, What is the heat flow rate from the radiator

Evaluate the molar mass of the gas : 2.51 moles of a gas occupies 50.88 liters, and its density is 1.43 g/L at a particular temperature and pressure. Calculate the molar mass of the gas.

Explain the strongest intermolecular force in a liquid : What is the strongest intermolecular force in a liquid containing molecules with nonpolar bonds

What principle are the restaurants relying on : The value of cross price elasticity of demand between goods A and B is 0.75, while the cross price elasticity of demand between goods A and C is -1.38. Characterize A & B and A & C as substitutes or complements and what are her accounting profits..

Evaluate the lattice energy of rbcl : Calculate the lattice energy of RbCl using the following data: Rb(s) => Rb(g) ?H = +86 kJ/mol Rb(g) => Rb+(g) + e- ?H = +409 kJ/mol Cl2(g) => 2Cl(g) ?H = +242 kJ/mol Cl(g) + e- => Cl-(g) ?H = -355 kJ/mol Rb(s) + 1/2 Cl2(g) => RbCl(s) ?H = -435 kJ/..

Explain what is the term for an attraction : What is the term for an attraction between two molecules with temporary dipoles

User Account

All Pages