Phys 1 Student Workbook.pdf

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Physics Labs with Computers, Vol. 1Student WorkbookP16: Heat vs. Temperature 012-07000APART IIIB: Data Recording – 200 mL1. Put 200 mL of water into the cup. Use water that is about two degrees below 20 ˚C.2. Put the sensor and heating resistor back into the cup.3. Turn on the power supply.4. Start recording data to begin the second measurement. Data recording begins when thetemperature of the water reaches 20 ˚C.5. Watch the Digits display of the temperature.• IMPORTANT: While the power supply is ON, gently swirl the water in the cup so thewater will be heated evenly.6. Data recording stops automatically at ten minutes. When data recording stops, turn off theDC power supply.7. Remove the sensor and heating resistor from the cup. Pour out the 200 mL of warmedwater.Analyzing the Data1. Set up the Graph to show statistics such as Minimum and Maximum.• Hint: In DataStudio, select from the ‘Statistics’ menu. In ScienceWorkshop, click the‘Statistics’ button to open the Statistics area on the right side of the Graph. Then selectfrom the ‘Statistics Menu’ in the Statistics area.2. Set up the Table to show statistics such as Minimum and Maximum3. Record the Minimum and Maximum temperatures for the first run of data.4. Record the Minimum and Maximum temperatures for the second run of data.5. Record the amount of water used for each run.6. Find the change in temperature for each run and record it.Record your results in the Lab Report section.p. 108 ©1999 PASCO scientific P16
Name _____________________ Class ______________ Date _________Lab Report - Activity P16: Heat vs. TemperatureWhat Do You Think?What is the relationship between heat, thermal energy, and temperature?Data TableItem Run #1 Run #2Amount of WaterTemperature (maximum)Temperature (minimum)Change in Temperature (∆T)Questions1. What is the change in temperature for the 100 mL of water in Run #1?2. What is the change in temperature for the 200 mL of water in Run #2?3. How does the change in temperature for Run #1 compare to the change in temperature forRun #2?4. Did the 100 mL of water receive the same, more than, or less thermal energy than the 200ml of water? Why?5. Why is the final temperature for the 200 mL of water different than the final temperaturefor the 100 mL of water?P16 ©1999 PASCO scientific p. 109
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