physics-pages.wikispaces.com 11...A hot, 80.0-g iron spoon (T=95.00C) is placed in a coffee cup...

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Transcript of physics-pages.wikispaces.com 11...A hot, 80.0-g iron spoon (T=95.00C) is placed in a coffee cup...

Page 1: physics-pages.wikispaces.com 11...A hot, 80.0-g iron spoon (T=95.00C) is placed in a coffee cup containing 100.0 g of water at 200C. After the spoon and the water reach thermal equilibrium,
Page 2: physics-pages.wikispaces.com 11...A hot, 80.0-g iron spoon (T=95.00C) is placed in a coffee cup containing 100.0 g of water at 200C. After the spoon and the water reach thermal equilibrium,
Page 3: physics-pages.wikispaces.com 11...A hot, 80.0-g iron spoon (T=95.00C) is placed in a coffee cup containing 100.0 g of water at 200C. After the spoon and the water reach thermal equilibrium,
Page 4: physics-pages.wikispaces.com 11...A hot, 80.0-g iron spoon (T=95.00C) is placed in a coffee cup containing 100.0 g of water at 200C. After the spoon and the water reach thermal equilibrium,
Page 5: physics-pages.wikispaces.com 11...A hot, 80.0-g iron spoon (T=95.00C) is placed in a coffee cup containing 100.0 g of water at 200C. After the spoon and the water reach thermal equilibrium,
Page 6: physics-pages.wikispaces.com 11...A hot, 80.0-g iron spoon (T=95.00C) is placed in a coffee cup containing 100.0 g of water at 200C. After the spoon and the water reach thermal equilibrium,
Page 7: physics-pages.wikispaces.com 11...A hot, 80.0-g iron spoon (T=95.00C) is placed in a coffee cup containing 100.0 g of water at 200C. After the spoon and the water reach thermal equilibrium,