Compute a gaseous air-borne cold virus of molar mass

Reference no: EM13657710

Compute an estimate of how long it would take for a gaseous air-borne cold virus of molar mass 100 kg/mol to travel a distance of 1.0 m by diffusion in still, 25oC air at 1.0 atm. Presume the bulk density of the virus is the same as that of water.

Reference no: EM13657710

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Compute a gaseous air-borne cold virus of molar mass : Compute an estimate of how long it would take for a gaseous air-borne cold virus of molar mass 100 kg/mol to travel a distance of 1.0 m by diffusion in still, 25oC air at 1.0 atm. Presume the bulk density of the virus is the same as that of water.

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