Purpose: To determine how much thermic vigor is deputered from eager pissing to nippy pissHypothesis: My possibility is that some of the thermal might from the importunate wet supply will be transferred into the cold water. The amount of thermal button will stay the same, because whatever thermal energy is lost from the hot water, will be found in the cold water.
Materials:hot watercold water2 calorimeters2 beakers2 thermometers2 scalesProcedure: See attached.
Data/ Observations:CalorimetersMass of transfuse (g)Mass of Cup and pee (g)Mass of Water (g)Starting Temperature (C)Final Temperature (C)Temperature Change (C)Hot Water7.1195.2188.1734726Cold Water6.9198.2191.3244723Thermal Energy Into Cold Water (J)Thermal Energy Out of Hot Water (J)18391.5820442.71Conclusion: The purpose of this science lab was to determine how much thermal energy is transferred from hot water to cold water. In this lab, we figured out how much thermal energy is transferred from hot water to cold water. The amount of thermal energy that transferred into the cold water was 18391.58J. The amount of thermal energy that came out of the hot water was 20442.71J. Based on my groups results, my system was partially correct. I hypothesized that some of the thermal energy from the hot water would be transferred into the cold water. Also, the amount of thermal energy would hold on the same, because the thermal energy lost from the hot water was going to be found in the cold water. This hypothesis was confirmed based on the results displayed in the second chart. approximately thermal energy did result the hot water and entered the cold water. But the amount of thermal energy did not remain the same. The amount of thermal energy leaving the hot water is more than the thermal energy entering the cold water, so some thermal energy was lost. Different types of errors could have bear on the results of the lab. A major error that couldve changed our results was if we took the thermometer out of the calorimeters too quickly.
To clog this error from happening, the lab couldve been redesigned. There couldve been a step that we had to leave the thermometer in the calorimeter for exactly one minute. This entire lab dealt with the transfer of thermal energy. Thermal energy is the total potential and energising energy of the particles in an object. Through the transfer of thermal energy, the temperature of apiece water changed. The hot waters temperature change was 26C. The cold waters temperature change was 23C. These twain changes are in a close range. I count on that these changes happened because the final temperature averaged with the starting temperature was close, so the change in temperature was expect to be close to each other. This lab demonstrated the transfer of thermal energy between two cups of water with antithetical temperatures.
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