A mountaineer, who is initially at sea level, has water in an open top flask and which is kept at a temperature of 90 degrees centigrade. They then climb a high mountain. The water in the flask will boil if they are sufficiently high up a mountain because: The water will never boil None of the listed statements is correct Atmospheric pressure reduces to below the saturated vapour pressure of water at 100 degrees Atmospheric pressure reduces to below the saturated vapour pressure of water at 90 degrees O The water will freeze when above the snow line

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A mountaineer, who is initially at sea level, has water in an open top
flask and which is kept at a temperature of 90 degrees centigrade. They
then climb a high mountain. The water in the flask will boil if they are
sufficiently high up a mountain because:
The water will never boil
None of the listed statements is correct
Atmospheric pressure reduces to below the saturated vapour pressure of water at
100 degrees
Atmospheric pressure reduces to below the saturated vapour pressure of water at
90 degrees
O The water will freeze when above the snow line
Transcribed Image Text:A mountaineer, who is initially at sea level, has water in an open top flask and which is kept at a temperature of 90 degrees centigrade. They then climb a high mountain. The water in the flask will boil if they are sufficiently high up a mountain because: The water will never boil None of the listed statements is correct Atmospheric pressure reduces to below the saturated vapour pressure of water at 100 degrees Atmospheric pressure reduces to below the saturated vapour pressure of water at 90 degrees O The water will freeze when above the snow line
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