Estimate how many molecules of air are in each 2.0L breath that you inhale that were in the last breath ever took by Galileo. (a) Calculate number of air particles, assume standard temperature and pressure and that his lungs were also 2.0L; (b) Calculate the volume of the breathable atmosphere. Assume that this is a spherical shell 10km in height and of uniform density; (c) Finally, determine the number of molecules breathed in per 2.0L breath.
Estimate how many molecules of air are in each 2.0L breath that you inhale that were in the last breath ever took by Galileo. (a) Calculate number of air particles, assume standard temperature and pressure and that his lungs were also 2.0L; (b) Calculate the volume of the breathable atmosphere. Assume that this is a spherical shell 10km in height and of uniform density; (c) Finally, determine the number of molecules breathed in per 2.0L breath.
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Transcribed Image Text:Estimate how many molecules of air are in each 2.0L breath that you inhale that were in the last breath ever
took by Galileo. (a) Calculate number of air particles, assume standard temperature and pressure and that
his lungs were also 2.0L; (b) Calculate the volume of the breathable atmosphere. Assume that this is a
spherical shell 10km in height and of uniform density; (c) Finally, determine the number of molecules
breathed in per 2.OL breath.
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