Laura dives with a watch around her arm. Her watch can withstand an absolute pressure of P = 6.0 bar? Assume a gravity acceleration of g = 9.81 m/s², and a density of water pw = 1022 kg/m³. Hint: 1 bar pressure = 1 atmospheric pressure = 10^5 Pa What is the maximum height of water (hmax) that can be above Laura without damaging her watch? hmax = Provide your answer to one decimal place. m
Laura dives with a watch around her arm. Her watch can withstand an absolute pressure of P = 6.0 bar? Assume a gravity acceleration of g = 9.81 m/s², and a density of water pw = 1022 kg/m³. Hint: 1 bar pressure = 1 atmospheric pressure = 10^5 Pa What is the maximum height of water (hmax) that can be above Laura without damaging her watch? hmax = Provide your answer to one decimal place. m
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Transcribed Image Text:Laura dives with a watch around her arm. Her watch can withstand an absolute pressure of P = 6.0 bar? Assume a gravity acceleration of g = 9.81
m/s², and a density of water pw = 1022 kg/m³.
Hint: 1 bar pressure = 1 atmospheric pressure = 10^5 Pa
What is the maximum height of water (hmax) that can be above Laura without damaging her watch?
hmax =
Provide your answer to one decimal place.
m
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