Reset the simulation. Use the settings in the Simulation Table but lower the initial temperature of the red molecules to 50 K. Select the stopwatch. Click the green squared box on the left to open the "Data." Start the timer and remove the divider. Stop the timer at 60 ps. Select the best description of the scenario. The total number of molecules increased as the system's temperature rose. The red molecules move slower than the blue molecules. The average temperature of the red and blue molecules increased. The red molecules diffuse faster than the blue molecules as the temperature increases. The red molecules did not diffuse, and the system's average temperature increased

Question

Reset the simulation. Use the settings in the Simulation Table but lower the initial temperature of the red molecules to 50 K. Select the stopwatch. Click the green squared box on the left to open the "Data." Start the timer and remove the divider. Stop the timer at 60 ps. Select the best description of the scenario. The total number of molecules increased as the system's temperature rose. The red molecules move slower than the blue molecules. The average temperature of the red and blue molecules increased. The red molecules diffuse faster than the blue molecules as the temperature increases. The red molecules did not diffuse, and the system's average temperature increased

Answer 1

Based on the scenario described, where the initial temperature of the red molecules is set to 50 K and the system is observed over a period of 60 ps after removing the divider, the best description would likely be:"The red molecules move slower than the blue molecules. The average temperature of the red and blue molecules increased."This description aligns with the expectation that at a lower initial temperature, the red molecules would have less kinetic energy and thus move slower compared to the blue molecules, assuming they started at a higher temperature. Over time, as the system reaches thermal equilibrium, the average temperature of both sets of molecules would increase due to energy exchange.

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