Sure, let's solve this step-by-step!
1. Identify the given temperatures:
- Substance X has a temperature of 18 degrees Celsius.
- Substance Z has a temperature of 35 degrees Celsius.
2. Understand the condition given in the question:
- We need to find the temperature of another substance that has less kinetic energy than substance Z (i.e., the temperature should be less than 35 degrees Celsius).
- This substance should also have more kinetic energy than substance X (i.e., the temperature should be greater than 18 degrees Celsius).
3. Analyze the provided options:
- The options given are:
- 15 degrees Celsius
- 18 degrees Celsius
- 20 degrees Celsius
- 25 degrees Celsius
4. Apply the conditions to filter the valid options:
- The temperature should be greater than 18 degrees Celsius, so this eliminates 15 degrees Celsius and 18 degrees Celsius (since 18 is not greater than itself).
- The temperature should be less than 35 degrees Celsius, so all options provided are less than 35.
5. Determine the valid options that meet both conditions:
- From the analysis, the temperatures that are both greater than 18 degrees Celsius and less than 35 degrees Celsius are:
- 20 degrees Celsius
- 25 degrees Celsius
So, the temperatures of the other substance in degrees Celsius that could have less kinetic energy than substance Z but more kinetic energy than substance X are 20 degrees Celsius and 25 degrees Celsius.
