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By what factor would a scuba diver's lungs expand if she ascended rapidly to the surface from a depth of 134.5 ft without inhaling or exhaling? If an expansion factor greater than 1.65 causes lung rupture, how far could she safely ascend from 134.5 ft without breathing? Assume constant temperature (d of seawater =1.01 g/mL; d of Hg = 13.456 g/mL). Hint: The pressure at the surface is 1.00atm

By what factor would a scuba diver's lungs expand if she ascended rapidly to the surface from a depth of 134.5 ft without inhaling or exhaling? If an expansion factor greater than 1.65 causes lung rupture, how far could she safely ascend from 134.5 ft without breathing? Assume constant temperature (d of seawater =1.01 g/mL; d of Hg = 13.456 g/mL). Hint: The pressure at the surface is 1.00atm

Chemistry for Engineering Students
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter5: Gases
Section: Chapter Questions
Problem 5.92PAE
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By what factor would a scuba diver's lungs expand if she ascended rapidly to the surface from a depth of 134.5 ft without inhaling or exhaling? If an expansion factor greater than 1.65 causes lung rupture, how far could she safely ascend from 134.5 ft without breathing? Assume constant temperature (d of seawater =1.01 g/mL; d of Hg = 13.456 g/mL). Hint: The pressure at the surface is 1.00atm
Transcribed Image Text:By what factor would a scuba diver's lungs expand if she ascended rapidly to the surface from a depth of 134.5 ft without inhaling or exhaling? If an expansion factor greater than 1.65 causes lung rupture, how far could she safely ascend from 134.5 ft without breathing? Assume constant temperature (d of seawater =1.01 g/mL; d of Hg = 13.456 g/mL). Hint: The pressure at the surface is 1.00atm
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