A glass flask whose volume is 1000 cm³ at a temperature of 1.00 °C is completely filled with mercury at the same temperature. When the flask and mercury are warmed together to a temperature of 52.0 °C, a volume of 8.10 cm³ of mercury overflows the flask ▼ Part A If the coefficient of volume expansion of mercury is BHg = 1.80×10-4/K, compute glass, the coefficient of volume expansion of the glass. Express your answer in inverse kelvins. View Available Hint(s) 4 Bglass VG] ΑΣΦ 2.2.10-5 1 ? /K
Energy transfer
The flow of energy from one region to another region is referred to as energy transfer. Since energy is quantitative; it must be transferred to a body or a material to work or to heat the system.
Molar Specific Heat
Heat capacity is the amount of heat energy absorbed or released by a chemical substance per the change in temperature of that substance. The change in heat is also called enthalpy. The SI unit of heat capacity is Joules per Kelvin, which is (J K-1)
Thermal Properties of Matter
Thermal energy is described as one of the form of heat energy which flows from one body of higher temperature to the other with the lower temperature when these two bodies are placed in contact to each other. Heat is described as the form of energy which is transferred between the two systems or in between the systems and their surrounding by the virtue of difference in temperature. Calorimetry is that branch of science which helps in measuring the changes which are taking place in the heat energy of a given body.
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An Overflowing Flask
A glass flask whose volume is 1000 cm³ at a
temperature of 1.00 °C is completely filled with
mercury at the same temperature. When the flask and
mercury are warmed together to a temperature of
52.0 °C, a volume of 8.10 cm³ of mercury overflows
the flask
Part A
4
If the coefficient of volume expansion of mercury is BHg = 1.80×10-4/K, compute Bglass, the coefficient of volume expansion of
the glass.
Express your answer in inverse kelvins.
►View Available Hint(s)
glass
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[5] ΑΣΦ 4
2.2 10-5
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