The M are Figure 1 I 3. Familiarize yourself with the toolbar on the left side using the provided handout located on the canvas course page. 4. Spend time examining the main screen of the calorimeter lab. See figure 2 for more details. The Sliders provide initial temperatures. Materials are as follows (top to bottom): Gold, Aluminum, Silver, and Ice Water periment theory que exploration of physics Slider Controls We Calorimeter poldtem CC aluminum amp CC) ulvertemp (C) o Ice tempo nel water tempo) Materials speriment theory guide exploration of physics Slider Controls We Calorimeter 9000 gold temp (C) aluminum temp (C) 70 silver lamp (c) Ice temp (C) his water temp (C) soll 0RR 25 Materials 1.0 Data Table mass (g) temp (C) gold aluminum Silver ice water 1000 25.0 Graphi plotter - Tina Figure 2 5. Leaving the sliders at default, drag 4 gold (yellow) pellets to the calorimeter. Note the mass in the data table. 6. Run the simulation paying attention to the temperature of the gold as well as the water. 7. Copy table I to excel and fill out the known information. Change sample in table to Gold, Table ! Mass of (Sample) (9) Mass of water (g) Initial temperature of water (C) Initial temperature of (Sample) (C) Final temperature of mixture (C) Increase in temperature of Water (C) Decrease in temperature of (Sample) ("C) 8. Reset the simulation and change various variables such as temperature of the gold, water, or mass sample 1 at a time. Leave water in the calorimeter at 1kg. Run Simulation 2 more times. Add columns to table 1. 9. Repeat table I using aluminum and silver pellets as in steps 5-7. Run simulation using default values as in steps 5 - 7, and then repeat each material 2 more times as in step 8. 10. Under each table, preform the following calculations in Table I. Change Sample to correct material. Calculation should be done in Excel. Heat lost by (Sample) will be equal, but opposite in signage of the Heat Gained by water following the Conservation of I English (United States 10. Under each table, preform the following calculations in Table II. Change Sample to correct material. Calculation should be done in Excel. Heat lost by (Sample) will be equal, but opposite in signage, of the Heat Gained by water following the Conservation of Heat energy Table TI Heat gained by water Heat lost by (sample) Experimental Specific Heat of (Sample) 11. Compare the Calculated Specific heats to the actual Specific heats of the metals to verify the calculation are correct. 12. (Optional) Repeat the simulation with different combinations of metals. Change Table 1 and Table II as appropriate to account for the differing variables. Is it possible using Conservation of Heat energy to identify the various metal? 13. (Data) Using the provided data from an actual experiment, find the identity of the mystery metal. This is real world data so there will be experimental error. Calculate the specific heat capacity of the metal and find the metal on the provided chart. Calculate the percent error I QUESTIONS welcome motion e & m heal waves fluids optics exploration of physio Sorary heat These experiments deal with the study of thermodynamic processes. Heal and cold can be easily for by your senses, but how does contact with a hot surface transfer heat to your finger? You will get a chance to adjust Wirtual temperatures. pressures, etc. In an effort to sam more about thermodynamics. Microscopic Heat Calorimetry Gas Flow Thermal Conduction First Law of Thermodynamics Ideal Gas Adiaballcsothermal Compression Carol Cycle Hold your mouse over the experiment til for a description and click on it to explore the topic Figure 1 3. Familiarize yourself with the toolbar on the left sid on the canvas course page. 4. Spend time examining the main screen of the calor details. The Sliders provide initial temperatures. M A1 HITI Normal No Spacing Heading 1 Gold, Aluminum, Silver, and Ice Water. experiment theory guide exploration of physics Slider Controls AlumnumceWater Calorimeter gold temp (C) 90 aluminum temp (C) 70 silver temp ("C) 50 o WWE ice temp (C) initial water temp (C) - water mass (kg) 25 Materials 1.0 TOO Data Table mass (g) temp (C) SO gold aluminum silver ice water to Temperature -50 1000 25.0 Graph plotter -100 C Focu P RA The M are Figure 1 I 3. Familiarize yourself with the toolbar on the left side using the provided handout located on the canvas course page. 4. Spend time examining the main screen of the calorimeter lab. See figure 2 for more details. The Sliders provide initial temperatures. Materials are as follows (top to bottom): Gold, Aluminum, Silver, and Ice Water periment theory que exploration of physics Slider Controls We Calorimeter poldtem CC aluminum amp CC) ulvertemp (C) o Ice tempo nel water tempo) Materials speriment theory guide exploration of physics Slider Controls We Calorimeter 9000 gold temp (C) aluminum temp (C) 70 silver lamp (c) Ice temp (C) his water temp (C) soll 0RR 25 Materials 1.0 Data Table mass (g) temp (C) gold aluminum Silver ice water 1000 25.0 Graphi plotter - Tina Figure 2 5. Leaving the sliders at default, drag 4 gold (yellow) pellets to the calorimeter. Note the mass in the data table. 6. Run the simulation paying attention to the temperature of the gold as well as the water. 7. Copy table I to excel and fill out the known information. Change sample in table to Gold, Table ! Mass of (Sample) (9) Mass of water (g) Initial temperature of water (C) Initial temperature of (Sample) (C) Final temperature of mixture (C) Increase in temperature of Water (C) Decrease in temperature of (Sample) ("C) 8. Reset the simulation and change various variables such as temperature of the gold, water, or mass sample 1 at a time. Leave water in the calorimeter at 1kg. Run Simulation 2 more times. Add columns to table 1. 9. Repeat table I using aluminum and silver pellets as in steps 5-7. Run simulation using default values as in steps 5 - 7, and then repeat each material 2 more times as in step 8. 10. Under each table, preform the following calculations in Table I. Change Sample to correct material. Calculation should be done in Excel. Heat lost by (Sample) will be equal, but opposite in signage of the Heat Gained by water following the Conservation of I English (United States 10. Under each table, preform the following calculations in Table II. Change Sample to correct material. Calculation should be done in Excel. Heat lost by (Sample) will be equal, but opposite in signage, of the Heat Gained by water following the Conservation of Heat energy Table TI Heat gained by water Heat lost by (sample) Experimental Specific Heat of (Sample) 11. Compare the Calculated Specific heats to the actual Specific heats of the metals to verify the calculation are correct. 12. (Optional) Repeat the simulation with different combinations of metals. Change Table 1 and Table II as appropriate to account for the differing variables. Is it possible using Conservation of Heat energy to identify the various metal? 13. (Data) Using the provided data from an actual experiment, find the identity of the mystery metal. This is real world data so there will be experimental error. Calculate the specific heat capacity of the metal and find the metal on the provided chart. Calculate the percent error I QUESTIONS welcome motion e & m heal waves fluids optics exploration of physio Sorary heat These experiments deal with the study of thermodynamic processes. Heal and cold can be easily for by your senses, but how does contact with a hot surface transfer heat to your finger? You will get a chance to adjust Wirtual temperatures. pressures, etc. In an effort to sam more about thermodynamics. Microscopic Heat Calorimetry Gas Flow Thermal Conduction First Law of Thermodynamics Ideal Gas Adiaballcsothermal Compression Carol Cycle Hold your mouse over the experiment til for a description and click on it to explore the topic Figure 1 3. Familiarize yourself with the toolbar on the left sid on the canvas course page. 4. Spend time examining the main screen of the calor details. The Sliders provide initial temperatures. M A1 HITI Normal No Spacing Heading 1 Gold, Aluminum, Silver, and Ice Water. experiment theory guide exploration of physics Slider Controls AlumnumceWater Calorimeter gold temp (C) 90 aluminum temp (C) 70 silver temp ("C) 50 o WWE ice temp (C) initial water temp (C) - water mass (kg) 25 Materials 1.0 TOO Data Table mass (g) temp (C) SO gold aluminum silver ice water to Temperature -50 1000 25.0 Graph plotter -100 C Focu P RA