olds Specificat / NK) 900 uminum Liquids Specific heat /kg) 473 Bromine CODE 377 200 Alcoho Gasoline 040 2220 Gold 126 2

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olds Specificat / NK) 900 uminum Liquids Specific heat /kg) 473 Bromine CODE 377 200 Alcoho Gasoline 040 2220 Gold 126 2

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Olds Specificat Nk 900 Uminum Liquids Specific Heat Kg 473 Bromine Code 377 200 Alcoho Gasoline 040 2220 Gold 126 2 1
Olds Specificat Nk 900 Uminum Liquids Specific Heat Kg 473 Bromine Code 377 200 Alcoho Gasoline 040 2220 Gold 126 2 1 (17.52 KiB) Viewed 78 times
Olds Specificat Nk 900 Uminum Liquids Specific Heat Kg 473 Bromine Code 377 200 Alcoho Gasoline 040 2220 Gold 126 2 2
Olds Specificat Nk 900 Uminum Liquids Specific Heat Kg 473 Bromine Code 377 200 Alcoho Gasoline 040 2220 Gold 126 2 2 (16.21 KiB) Viewed 78 times
Olds Specificat Nk 900 Uminum Liquids Specific Heat Kg 473 Bromine Code 377 200 Alcoho Gasoline 040 2220 Gold 126 2 3
Olds Specificat Nk 900 Uminum Liquids Specific Heat Kg 473 Bromine Code 377 200 Alcoho Gasoline 040 2220 Gold 126 2 3 (16.21 KiB) Viewed 78 times
olds Specificat / NK) 900 uminum Liquids Specific heat /kg) 473 Bromine CODE 377 200 Alcoho Gasoline 040 2220 Gold 126 2430 A cube of ice is taken from the freezer at-3.1c and placed in a 102 aluminum cup filled with 268 of water. Both the water the cup are at 20.4. Eventually the system reaches thermal equilibrium at 10.0°C Determine water (for the water initially in the cup), the mass of the Ice Q-DO Q Glyon Mercury WA 2005 140 Iron 461 13 N 502 Substance Latent Heal p/ha) 21 10 Styrofoam 1131 200
A cube of ice is taken from the freezer at -8.1°C and placed in a 102 g aluminum cup filled with 288 g of water. Both the water & the cup are at 20.7°C. Eventually the system reaches thermal equilibrium at 10.8°C. Determine Qcup, Qwater (for the water initially in the cup), Qice & the mass of the ice. Qcup = 908.8 J X Qwater- Qice mice
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