Use the following table to answer the question:
The following samples are all water. Other than the temperature, all the water samples are identical. Which of the four samples has the lowest particle average kinetic energy?
a
1
b
2
c
3
d
4
To determine which sample has the lowest particle average kinetic energy, we need to look at the temperature of each sample. According to the table, Sample 1 has the lowest temperature (20°C), which means its particles will have the lowest kinetic energy. Therefore, Sample a has the lowest particle average kinetic energy.
To determine which of the four water samples has the lowest particle average kinetic energy, we need to look at the temperature values in the table. However, you have not provided the temperature values for each sample. Without this information, it is not possible to answer the question. Please provide the temperature values for each sample, and I will be able to determine the sample with the lowest particle average kinetic energy.
To determine which water sample has the lowest particle average kinetic energy, we need to understand the relationship between temperature and kinetic energy.
Kinetic energy is the energy possessed by an object due to its motion. In the case of a substance like water, the kinetic energy of its particles is directly related to their temperature.
According to the table given, we can see that the samples are labeled as a, b, c, and d. To identify the sample with the lowest particle average kinetic energy, we need to compare their temperatures.
For example, if sample a has a higher temperature than sample b, then sample a will have a higher average kinetic energy than sample b. Conversely, if sample c has a lower temperature than sample d, then sample c will have a lower average kinetic energy than sample d.
Therefore, to answer the question, we need to compare the temperatures of the four samples and identify the one with the lowest temperature. The sample with the lowest temperature will have the lowest particle average kinetic energy.