The answer to your question depends on the unit of temperature used. Temperature can be measured in degrees Celsius, degrees Fahrenheit, or Kelvin.
The freezing point of chlorine is -150.7 degrees Fahrenheit. This is equivalent to 171.65 K or -101.5 degrees Celsius.
The boiling point of chlorine is –29.27 degrees Fahrenheit. This is equivalent to 239.11 K or -34.04 degrees Celsius.
The phase of chlorine depends on the substance’s given temperature.
- In order to remain...
The answer to your question depends on the unit of temperature used. Temperature can be measured in degrees Celsius, degrees Fahrenheit, or Kelvin.
The freezing point of chlorine is -150.7 degrees Fahrenheit. This is equivalent to 171.65 K or -101.5 degrees Celsius.
The boiling point of chlorine is –29.27 degrees Fahrenheit. This is equivalent to 239.11 K or -34.04 degrees Celsius.
The phase of chlorine depends on the substance’s given temperature.
- In order to remain a gas, the actual temperature of chlorine needs to be at or above the boiling point.
- If the given temperature of chlorine is between its freezing and boiling point, then the substance will be a liquid.
- If the given temperature of chlorine is at or below the freezing point, then it will be a solid.
Thus, chlorine will be found in the following states at a temperature of -66 for each unit of temperature.
- Because -66 degrees Fahrenheit, is between chlorine’s freezing point of -150.7 degrees Fahrenheit and boiling point of –29.27 degrees Fahrenheit, chlorine will be a liquid at -66 degrees Fahrenheit.
- Because -66 K is less than chlorine’s freezing point of 171.65 K, chlorine would be a solid at -66 K.
Chlorine will be a liquid at -66 degrees Celsius. This is because -66 degrees Celsius is between chlorine’s freezing point of -101.5 degrees Celsius and boiling point of -34.04 degrees Celsius.
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