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filename-1-9hpaar.physics.ucsd.edu/4B/Final.pdf · A heating element in a water heater supplies 2.0 kW of power. It contains 0.5 kG of water that is initially at 20 0 C. The water

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Page 1: filename-1-9hpaar.physics.ucsd.edu/4B/Final.pdf · A heating element in a water heater supplies 2.0 kW of power. It contains 0.5 kG of water that is initially at 20 0 C. The water
Page 2: filename-1-9hpaar.physics.ucsd.edu/4B/Final.pdf · A heating element in a water heater supplies 2.0 kW of power. It contains 0.5 kG of water that is initially at 20 0 C. The water
Page 3: filename-1-9hpaar.physics.ucsd.edu/4B/Final.pdf · A heating element in a water heater supplies 2.0 kW of power. It contains 0.5 kG of water that is initially at 20 0 C. The water
Page 4: filename-1-9hpaar.physics.ucsd.edu/4B/Final.pdf · A heating element in a water heater supplies 2.0 kW of power. It contains 0.5 kG of water that is initially at 20 0 C. The water
Page 5: filename-1-9hpaar.physics.ucsd.edu/4B/Final.pdf · A heating element in a water heater supplies 2.0 kW of power. It contains 0.5 kG of water that is initially at 20 0 C. The water
Page 6: filename-1-9hpaar.physics.ucsd.edu/4B/Final.pdf · A heating element in a water heater supplies 2.0 kW of power. It contains 0.5 kG of water that is initially at 20 0 C. The water
Page 7: filename-1-9hpaar.physics.ucsd.edu/4B/Final.pdf · A heating element in a water heater supplies 2.0 kW of power. It contains 0.5 kG of water that is initially at 20 0 C. The water
Page 8: filename-1-9hpaar.physics.ucsd.edu/4B/Final.pdf · A heating element in a water heater supplies 2.0 kW of power. It contains 0.5 kG of water that is initially at 20 0 C. The water