Analysis Questions 1) Matter and energy can be found in the three systems (hot water beaker, cold water beaker, and room temperature beaker) for this investigation. a. What is the matter in the system? b. How does the thermal energy change between the three systems? (Hint: Temperature is the average amount of thermal energy in a system) C. How does the thermal energy affect the matter in the system?

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matter and energy can be found in three systems ( hot water beaker, cold water beaker and room temperature beaker) what is the matter in the system? how does the thermal energy change between the systems? how does the thermal energy affect the matter in the system?
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Analysis Questions
1) Matter and energy can be found in the three systems (hot water beaker, cold water
beaker, and room temperature beaker) for this investigation.
a. What is the matter in the system?
b. How does the thermal energy change between the three systems? (Hint:
Temperature is the average amount of thermal energy in a system)
c. How does the thermal energy affect the matter in the system?
2) Sketch a model that shows thermal energy in each container: cold, room-temperatu
and hot water. Label each component of the model and explain the relationship betwe
the molecular motion and thermal energy of the container system.
Transcribed Image Text:A 220 Add Comment Insert Link Delete Соpy Paste eut Room temperal medium 60c Hot water Analysis Questions 1) Matter and energy can be found in the three systems (hot water beaker, cold water beaker, and room temperature beaker) for this investigation. a. What is the matter in the system? b. How does the thermal energy change between the three systems? (Hint: Temperature is the average amount of thermal energy in a system) c. How does the thermal energy affect the matter in the system? 2) Sketch a model that shows thermal energy in each container: cold, room-temperatu and hot water. Label each component of the model and explain the relationship betwe the molecular motion and thermal energy of the container system.
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