Fizik Ödev Yardımı

Fizik, tüm doğa bilimleri arasında çok önemli bir konudur, yaşamın harikalarını açıklamak için kullanılır ve aynı zamanda çalışılması en zor konulardan biridir.

QuestionAI, etkileşim halindeki kuvvetler altındaki moleküllerin eşlik eden yörüngeleri ile her bir atom ve onun özellikleri hakkında bilgi edinebileceğiniz, fiziğe yeni başlayanlar için zengin ve kolay bir fizik problemi çözücüdür. Elbette galaksiler arasında saklı sırları diğer fizik meraklılarıyla da keşfedebilirsiniz. Tahminlerinizi ve sorularınızı yapay zekaya cesurca yöneltin; kolayca güvenilir yanıtlar bulacaksınız.

Convert the following temperatures from mathrm(K) to ( )^circ mathrm(C) .

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

Reset the simulation. Use the settings in the Simulation Table but lower the mass of the red molecules to 9 AMU. 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 dispersion of the molecules through the container indicated that the red molecules are diatomic. The red molecules move faster than the blue molecules, hitting the container walls more often. The average temperature of the molecules increases and then decreases after the molecules are dispersed. The collisions of the molecules are elastic, indicating that the mass of the molecules does not affect the diffusion of the molecules

Reset the simulation. Use the settings in the Simulation Table. 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 collisions of the molecules against the container walls decrease with a decrease in temperature. The red and blue molecules are distributed throughout the container, and temperature changes are observed. The red molecules move to the container's left side, while the blue molecules move to the right. The average temperature of the molecules stays constant. The blue molecules move faster, indicating that their mo molecular weight is changing.

Use the settings in the Simulation Table. Select the stopwatch. Click the green squared box on the left to open the "Data." Do not remove the divider. Select the timer and stop it at 60 ps. Select the best description. The red molecules move slower than the blue molecules causing the temperature to change. The red and blue molecules move continuously, and some are hitting the walls of the container. The temperature'of the red and blue molecules changes as they hit the walls of the container. The blue molecules move through the divider causing the temperature to decrease.