According to ChemTeam, molar volume is the volume taken up by one mole of ideal gas at a standard temperature and pressure. It has a of value of 22.414 liters per mole.
The molar volume depends heavily on the temperature and pressure of the environment; and, a slight variation can change the value of molar volume in all context. To calculate molar volume using the ideal gas law, the equation is PV = nRT.
P is the absolute pressure of the gas. V is the volume of the gas; and, n is the amount of gas in moles. R is the universal gas constant: 0.08206. T is the absolute temperature of the gas. Using this equation, it is easy to calculate the value for molar volume. With standard values for P and T, and an R of 0.08206, the molar volume of one mole of gas is 22.4 L.
The equation is P(1.00 atm) * V = n (1.00 mol) * R (0.08206 L atm/mol/K) * T (273 Kelvin). Using a simple math calculation, multiply 1 * .08206 * 273; and, it results in 22.40238. Then it must be divided by P or 1, to get V, or 22.40238 L, which in its most basic form is 22.4 L.
The symbol for molar volume is Vm. Molar Volume is generally defined as the volume that is occupied by one mole of a general substance (or item) at any given temperature or pressure
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1. Convert the solution's concentration to moles per liter. For instance, it the solution has a concentration of 0.2 moles per deciliter, multiply by 10: 0.2  10 = 2.0 moles per
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molarity simply means molar concentration. To calculate molar concentration, c: c = n / V. where. c=molar concentration (moldm3) n=number of moles. V=volume(dm3) V can also be cm3
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( ′mō·lər ′väl·yəm ) (physical chemistry) The volume occupied by one mole of a substance in the form of a solid, liquid, or gas. Also
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