A new liquid substance has been discovered that freezes at -23°C. A scientist poured the liquid (which was at -23°C) Into a 0.6 kg cup (Cup = 793 3/kg-K) which caused some, but not all, of the liquid to freeze (only 0.216 kg of the liquid froze). As a result, the liquid lost 40,000 3 of heat until thermal equilibrium was reached. Determine the latent heat of the substance & the Initial temperature of the cup. Taul

Physics for Scientists and Engineers, Technology Update (No access codes included)
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Chapter20: The First Law Of Thermodynamics
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Problem 20.3OQ: Assume you are measuring the specific heat of a sample of originally hot metal by using a...
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A new liquid substance has been discovered that freezes at -23°C. A scientist poured the liquid (which was at -23°C) Into a 0.6 kg cup (Coup = 793 J/kg-K) which caused some, but
not all, of the liquid to freeze (only 0.216 kg of the liquid froze). As a result, the liquid lost 40,000 J of heat until thermal equilibrium was reached. Determine the latent heat of the
substance & the Initial temperature of the cup.
Topul
°℃
Transcribed Image Text:A new liquid substance has been discovered that freezes at -23°C. A scientist poured the liquid (which was at -23°C) Into a 0.6 kg cup (Coup = 793 J/kg-K) which caused some, but not all, of the liquid to freeze (only 0.216 kg of the liquid froze). As a result, the liquid lost 40,000 J of heat until thermal equilibrium was reached. Determine the latent heat of the substance & the Initial temperature of the cup. Topul °℃
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