A glass of iced tea contains a large chunk of pure ice partially floating on the iced tea. Given the density of ice as 917 kg/m^3, and density of iced tea as 1008 kg/m^2. 8. Find the percent volume of ice that is floating above the water level. 9. Convert 2.5 atm into Pascal, lb/in^2, and kPa. 10. Seawater density is 1024 kg/m^3. A diver can only safely stand 5 atm when diving down. How deep can he go down?

Physics for Scientists and Engineers: Foundations and Connections
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A glass of iced tea contains a large chunk of pure ice partially floating on the iced tea. Given the density
of ice as 917 kg/m^3, and density of iced tea as 1008 kg/m^2.
8. Find the percent volume of ice that is floating above the water level.
9. Convert 2.5 atm into Pascal, lb/in^2, and kPa.
10. Seawater density is 1024 kg/m^3. A diver can only safely stand 5 atm when diving down. How deep
can he go down?
Transcribed Image Text:A glass of iced tea contains a large chunk of pure ice partially floating on the iced tea. Given the density of ice as 917 kg/m^3, and density of iced tea as 1008 kg/m^2. 8. Find the percent volume of ice that is floating above the water level. 9. Convert 2.5 atm into Pascal, lb/in^2, and kPa. 10. Seawater density is 1024 kg/m^3. A diver can only safely stand 5 atm when diving down. How deep can he go down?
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