To determine the correct table that shows the temperature and particle motion of the water at 0 minutes and 10 minutes, we need to consider two key points:
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Temperature: At 0 minutes, the temperature of the water is 20°C. At 10 minutes, the water reaches its boiling point, which is 100°C.
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Particle Motion:
- At 0 minutes, when the water is at 20°C, the particles are moving relatively slowly and are closer together, indicative of a liquid state.
- At 10 minutes, when the water is boiling at 100°C, the particles are moving much more rapidly and are further apart compared to the slower motion at 20°C. The boiling point indicates that the water is transitioning to gas as it reaches that temperature.
Given these considerations, you would look for a table that reflects:
- A temperature of 20°C at 0 minutes and a temperature of 100°C at 10 minutes.
- A description of particle motion that indicates slower movement and closer proximity of particles at 20°C and faster movement and further apart positions of particles at 100°C.
Since I cannot see the tables you referenced (A, B, C, D), I suggest you look for a table that has those specific temperature readings and aligns with the descriptions of particle motion given above.
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