Two different kinds of heated metals, A and B, with masses MA and MB, temperature of TA and TB, and heat capacity CA and CB were put into a perfectly sealed container of heat capacity, Ccp, containing cold water at Tw of volume, Vw with heat capacity of Cw. Derive the working equation that will give us the final temperature of the system. Assume that the container and water has the same initial temperature.
Two different kinds of heated metals, A and B, with masses MA and MB, temperature of TA and TB, and heat capacity CA and CB were put into a perfectly sealed container of heat capacity, Ccp, containing cold water at Tw of volume, Vw with heat capacity of Cw. Derive the working equation that will give us the final temperature of the system. Assume that the container and water has the same initial temperature.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Two different kinds of heated metals, A and B, with masses MA and MB, temperature of TA and TB, and heat capacity CA and CB were put into a perfectly sealed container of heat capacity, Ccp, containing cold water at Tw of volume, Vw with heat capacity of Cw.
Derive the working equation that will give us the final temperature of the system.
Assume that the container and water has the same initial temperature.
Transcribed Image Text:Two different kinds of heated metals, A and B, with masses
mA and mg, temperature of T and TB, and heat capacity CA
and CB were put into a perfectly sealed container of heat
capacity, CCP, containing cold water at Tw of volume, Vw with
heat capacity of Cw.
Derive the working equation that will give us the final
temperature of the system.
Assume that the container and water has the same initial
temperature.
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