An open flask sitting in a lab fridge looks empty, but we know that actually it is filled with a mixture of gases called air. If the flask volume is 3.50 L, and the air is at standard temperature and pressure, how many gaseous molecules does the flask contain?

Question

An open flask sitting in a lab fridge looks empty, but we know that actually it is filled with a mixture of gases called air. If the flask volume is 3.50 L, and the air is at standard temperature and pressure, how many gaseous molecules does the flask contain?

Accepted Answer

At standardtemperatureandpressurethe number ofgaseous moleculesin the flask is.Thevolumeof the flask =3.5 LAtSTPgas occupy22.4L volume.Numberofmolesin the flask,Since,The number ofgaseous moleculesin the flask will be,Hence, we can conclude that at standardtemperatureandpressurethe number ofgaseous moleculesin the flask is.To know more aboutMole concept, refer to the link:brainly.com/question/2350371?referrer=searchRe...

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An open flask sitting in a lab fridge looks empty, but we know that actually it is filled with a mixture of gases called air. If the flask volume is 3.50 L, and the air is at standard temperature and pressure, how many gaseous molecules does the flask contain?

An open flask sitting in a lab fridge looks empty, but we know that actually it is filled with a mixture of gases called air. If the flask volume is 3.50 L, and the air is at standard temperature and pressure, how many gaseous molecules does the flask contain?