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9 Nov 2019
An air bubble of 1.5 cm' volume is released by a scuba driver ai a depth of 20 m rises to the surface. If the temperature of the water is 7 degree C at 20 m depth and 12 degree C near the surface, which is at atmospheric pressure, calculate the following. the number of moles and molecules of air in the bubble the mass of air in the bubble if the average molar mass of air is 28 g/mol the volume of the air at the surface
An air bubble of 1.5 cm' volume is released by a scuba driver ai a depth of 20 m rises to the surface. If the temperature of the water is 7 degree C at 20 m depth and 12 degree C near the surface, which is at atmospheric pressure, calculate the following. the number of moles and molecules of air in the bubble the mass of air in the bubble if the average molar mass of air is 28 g/mol the volume of the air at the surface