The length of the mercury column in the old-fashioned mercury-in-glass thermometer is 15.00 cm when the thermometer is in contact with water at its triple point. Consider the length of the mercury column as the thermometric property X and let 9 be the empirical temperature determined by this thermometer. (a) Calculate the empirical temperature when the length of the mercury column is 19.00 cm. (b) If X can be measured with a precision of 0.01 cm, can this thermometer distin- guish between the normal freezing point of water and the triple point of water?
The length of the mercury column in the old-fashioned mercury-in-glass thermometer is 15.00 cm when the thermometer is in contact with water at its triple point. Consider the length of the mercury column as the thermometric property X and let 9 be the empirical temperature determined by this thermometer. (a) Calculate the empirical temperature when the length of the mercury column is 19.00 cm. (b) If X can be measured with a precision of 0.01 cm, can this thermometer distin- guish between the normal freezing point of water and the triple point of water?
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Transcribed Image Text:The length of the mercury column in the old-fashioned mercury-in-glass thermometer
is 15.00 cm when the thermometer is in contact with water at its triple point. Consider
the length of the mercury column as the thermometric property X and let be the
empirical temperature determined by this thermometer.
(a) Calculate the empirical temperature when the length of the mercury column is
19.00 cm.
(b) If X can be measured with a precision of 0.01 cm, can this thermometer distin-
guish between the normal freezing point of water and the triple point of water?
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