| 1.At the beginning, the water inside the red Solo cup was very hot, about 87 degrees Fahrenheit. On the other hand, the water in the bucket was very cold, 46 degrees Fahrenheit. 2.The cold water got warmer because the warmth of the warm water heated it up. The ice melted because when the water got warmer, it heated it. 3. The warm water got cooler overtime because it gave away it's heat to the cold water. The red solo cup conducted the heat energy from the warm water to the cold water. 4. My graph showed that the cold water heated up and the hot water cooled down until the cold water got warmer than the hot water. 5. The two lines met, the cold water got warmer than the hot water. This happened because the hot water gave out all it's heat to the cold water. 6. The red Solo cup conducted the hot water's heat energy through itself and into the cold water, which heated it up. 7. The hot water's heat energy was conducted to the cold water. It basically gave away it's heat to the cold water. Since all the heat energy from the red water was gone, the hot water wasn't hot anymore. 8. I think the red water would be about 60 degrees because it will receive the conducted heat from the clear water through the red Solo cup. The clear water will probably be around 55 degrees because it's warmth was most likely conducted to the red water by the red Solo cup. 9.The warm water didn't go through the red Solo cup because if it did, the cold water would be pink because the food coloring would color the cold water a shade of pink. 10. It moved in every direction outwards. I know this because if the hot water's energy got transferred to the cold water, the energy moved outward. |
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June 2016
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