also, large lakes moderate temperature swings on nearby land latent heat of vaporization: a very great deal of heat must be added to convert liquid water to water vapor (i.e., to change phase from liquid to gaseous water): to convert water at 100 o C (boiling point) to steam at 100 o C requires 540 cal/g be absorbed latent heat of melting: a large amount of energy must similarly be lost to go from liquid water to solid water (ice or snow) to convert water at 0 o C (freezing point) to ice at 0 o C requires 80 cal/g be lost as a result, most of the water on earth is in the liquid form at any given time: for &quot;pure water&quot; (i.e., water containing no dissolved substances), liquid between 0 o C and 100 o C at sea level addition of dissolved materials depresses freezing point and raises boiling point e.g., sea water with 35 parts per thousand (written o / oo ) dissolved material has a freezing point of -1.9 o C;
(large lakes; moderate; temperature swings on nearby land) Context(large lakes moderate,List([6, 26))):(latent heat of vaporization; must be added; to convert liquid water to water vapor (i.e., to change phase from liquid to gaseous water): to convert water at 100) (C; requires; 540 cal/g be absorbed latent heat of melting) (most of the water on earth; is; in the liquid form at any given time) (C; requires; 80 cal/g be lost as a result) Context(C requires,List([500, 510))):(80 cal/g; be lost; as a result) (water; containing; no dissolved substances)
large lakes moderate,List([6, 26)) C requires,List([500, 510))
large lakes latent heat of vaporization C most of the water on earth C 80 cal/g water
moderate must be added requires is requires be lost containing
temperature swings on nearby land
to convert liquid water to water vapor (i.e., to change phase from liquid to gaseous water): to convert water at 100
540 cal/g be absorbed latent heat of melting
in the liquid form at any given time
80 cal/g be lost as a result
as a result
no dissolved substances