A harpy pours 228 g of ethyl alcohol at 74°C & 157 g of gasoline at 13°C into a 693 g glass cup at 3°C. Assuming these three make up a closed system, determine the thermal equilibrium temperature of the system, Qglass, Qethyl alcohol, & Qgasoline. SolidsAluminumBrassCopperGlassGoldIronLeadNickelSilverStyrofoamZincSpecific heat(J/kg.K)9004023778401264611305022391131390LiquidsBromineEthylAlcoholGasolineGlycerinMercuryWaterSpecific heat(J/kg-K)4732400222024301404186A harpy pours 228 g of ethyl alcohol at 74°C & 157 g of gasoline at 13°C into a 693 g glass cup at3°C. Assuming these three make up a closed system, determine the thermal equilibriumtemperature of the system, Qglass, Qethyl alcohol, & Qgasoline.T₁ = 31.647°CQglass=-16676 JXQethyl alcohol = 23175.56 JXQgasoline-6499.23 JX

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College Physics

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ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

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A harpy pours 228 g of ethyl alcohol at 74°C & 157 g of gasoline at 13°C into a 693 g glass cup at 3°C. Assuming these three make up a closed system, determine the thermal equilibrium temperature of the system, Q_glass, Q_{ethyl alcohol}, & Q_gasoline.

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
Bromine
Ethyl
Alcohol
Gasoline
Glycerin
Mercury
Water
Specific heat
(J/kg-K)
473
2400
2220
2430
140
4186
A harpy pours 228 g of ethyl alcohol at 74°C & 157 g of gasoline at 13°C into a 693 g glass cup at
3°C. Assuming these three make up a closed system, determine the thermal equilibrium
temperature of the system, Qglass, Qethyl alcohol, & Qgasoline.
T₁ = 31.647
°C
Qglass=-16676 J
X
Qethyl alcohol = 23175.56 JX
Qgasoline-6499.23 JX

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