A 38.2g sample of hydrogen gas, H, is placed into a 2-L soda bottle. IfI keep the pressure and
temperature constant, how large would my container need to be if I increased hydrogen's mass to 50.0-g?

In this case, according to the given problem, it is possible for us to notice that the equation to be used is the Avogadro's one in terms of mass because this is applied to the same gas, hydrogen:

[tex]\frac{V_2}{m_2} =\frac{V_1}{m_1} \\\\[/tex]

Thus, by considering both the initial and final masses and the initial volume, we can compute the final volume as shown below:

[tex]V_2 =\frac{V_1m_2}{m_1} \\\\V_2=\frac{2L*50.0g}{38.2g} \\\\V_2=2.62L[/tex]

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A 38.2g sample of hydrogen gas, H, is placed into a 2-L soda bottle. IfI keep the pressure and temperature constant, how large would my container need to be if I increased hydrogen's mass to 50.0-g?

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A 38.2g sample of hydrogen gas, H, is placed into a 2-L soda bottle. IfI keep the pressure and
temperature constant, how large would my container need to be if I increased hydrogen's mass to 50.0-g?