Solids Specific heat (J/kg-K) 900 Aluminum Brass Copper Glass Gold Iron Lead Nickel Silver Styrofoam Zinc 402 377 840 126 461 130 502 239 1131 390 Liquids Bromine Ethyl Alcohol Gasoline Glycerin Mercury Water Specific heat (J/kg-K) 473 2400 2220 2430 140 4186 The Easter bunny pours 227 g of mercury at 84°C & 195 g of gasoline at 3°C into a 748 g Styrofoam cup at 10°C. Assuming these three make up a closed system, determine the thermal equilibrium temperature of the system, Qstyrofoam Qmercury, & Qgasoline T₁ = °C Qstyrofoam = Qmercury = Qgasoline =

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Solids
Aluminum
Brass
Copper
Glass
Gold
Iron
Lead
Nickel
Silver
Styrofoam
Zinc
Specific heat
(J/kg.K)
900
402
377
840
126
461
130
502
239
1131
390
Liquids Specific heat
(J/kg.K)
473
Bromine
Ethyl
Alcohol
Gasoline
Glycerin
Mercury
Water
2400
2220
2430
140
4186
The Easter bunny pours 227 g of mercury at 84°C & 195 g of gasoline at 3°C into a 748 g
Styrofoam cup at 10°C. Assuming these three make up a closed system, determine the
thermal equilibrium temperature of the system, Qstyrofoam Qmercury, & Qgasoline.
Tf=
°℃
Qstyrofoam
Qmercury =
Qgasoline =
Transcribed Image Text:Solids Aluminum Brass Copper Glass Gold Iron Lead Nickel Silver Styrofoam Zinc Specific heat (J/kg.K) 900 402 377 840 126 461 130 502 239 1131 390 Liquids Specific heat (J/kg.K) 473 Bromine Ethyl Alcohol Gasoline Glycerin Mercury Water 2400 2220 2430 140 4186 The Easter bunny pours 227 g of mercury at 84°C & 195 g of gasoline at 3°C into a 748 g Styrofoam cup at 10°C. Assuming these three make up a closed system, determine the thermal equilibrium temperature of the system, Qstyrofoam Qmercury, & Qgasoline. Tf= °℃ Qstyrofoam Qmercury = Qgasoline =
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