A zinc pot (coefficient of linear expansion : ) is filled with mercury at 100 °C, then having a 10.0 L capacity. Cools down to 0°C. Calculate the mass of mercury, measured at °C, that must be added so that the vessel is completely full (coefficient of volumetric expansion of mercury: ). Density of mercury at 0 °C; 13.6g/cm3.
A zinc pot (coefficient of linear expansion : ) is filled with mercury at 100 °C, then having a 10.0 L capacity. Cools down to 0°C. Calculate the mass of mercury, measured at °C, that must be added so that the vessel is completely full (coefficient of volumetric expansion of mercury: ). Density of mercury at 0 °C; 13.6g/cm3.
Introductory Chemistry: An Active Learning Approach
6th Edition
ISBN:9781305079250
Author:Mark S. Cracolice, Ed Peters
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Chapter4: Introduction To Gases
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Problem 67E: The compression ratio in an automobile engine is the ratio of the gas pressure at the end of the...
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A zinc pot (coefficient of linear expansion : ) is filled with mercury at 100 °C, then having a 10.0 L capacity. Cools down to 0°C. Calculate the mass of mercury, measured at °C, that must be added so that the vessel is completely full (coefficient of volumetric expansion of mercury: ). Density of mercury at 0 °C; 13.6g/cm3.
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