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11 Nov 2019
Hydrogen (H_2) has a molecular mass of 0.002 kg mol^-1. If hydrogen is an ideal gas, what is the specific gas constant for it? A sample of pure hydrogen gas is released in a closed cylinder with a piston at one end. If the initial pressure of the hydrogen is 10,000 1. 8 9 Pa and the initial temperature is 250 K, what is the initial specific volume of the hydrogen? If the hydrogen occupies a volume of 0.008 m^3, what is the mass of the hydrogen in the cylinder? If energy is added to the hydrogen gas inside the cylinder while the piston maintains a constant pressure, what would be the final specific volume when the final temperature of 280 K is reached? Which of the empirical gas laws applies to this experiment? What is the magnitude of the constant of proportionality for methane in that empirical gas law for this experiment?
Hydrogen (H_2) has a molecular mass of 0.002 kg mol^-1. If hydrogen is an ideal gas, what is the specific gas constant for it? A sample of pure hydrogen gas is released in a closed cylinder with a piston at one end. If the initial pressure of the hydrogen is 10,000 1. 8 9 Pa and the initial temperature is 250 K, what is the initial specific volume of the hydrogen? If the hydrogen occupies a volume of 0.008 m^3, what is the mass of the hydrogen in the cylinder? If energy is added to the hydrogen gas inside the cylinder while the piston maintains a constant pressure, what would be the final specific volume when the final temperature of 280 K is reached? Which of the empirical gas laws applies to this experiment? What is the magnitude of the constant of proportionality for methane in that empirical gas law for this experiment?
Nelly StrackeLv2
15 Jan 2019