Isabelle pour 158cm^3 of glycerin, at a temperature of -12 °C, into a graduated cylinder initially at 19 °C, filling it to the very top. The cylinder is made of glass with a specific heat of 840 J/kg-K and a coefficient of volume expansion of 1.2 x10^−5 K^−1 ; its mass is 0.110kg. The mass of the glycerin is 0.0873 kg. What will be the final temperature of the glycerin, once thermal equilibrium is reached?
Isabelle pour 158cm^3 of glycerin, at a temperature of -12 °C, into a graduated cylinder initially at 19 °C, filling it to the very top. The cylinder is made of glass with a specific heat of 840 J/kg-K and a coefficient of volume expansion of 1.2 x10^−5 K^−1 ; its mass is 0.110kg. The mass of the glycerin is 0.0873 kg. What will be the final temperature of the glycerin, once thermal equilibrium is reached?
Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)
8th Edition
ISBN:9781305387102
Author:Kreith, Frank; Manglik, Raj M.
Publisher:Kreith, Frank; Manglik, Raj M.
Chapter6: Forced Convection Over Exterior Surfaces
Section: Chapter Questions
Problem 6.12P
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Isabelle pour 158cm^3 of glycerin, at a temperature of -12 °C, into a graduated cylinder initially at 19 °C, filling it to the very top. The cylinder is made of glass with a specific heat of 840 J/kg-K and a coefficient of volume expansion of 1.2 x10^−5 K^−1
; its mass is 0.110kg. The mass of the glycerin is 0.0873 kg. What will be the final temperature of the glycerin, once thermal equilibrium is reached?
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