What boiling point corresponds to Methyl Chloride (CH3CL) at 0 degrees gas pressure in Fahrenheit?

To determine the boiling point of Methyl Chloride (CH3Cl) at 0 degrees pressure, it's essential to reference its known physical properties. Methyl Chloride, also called chloromethane, has a boiling point of approximately -24.2 degrees Celsius at atmospheric pressure. When converting this temperature into Fahrenheit, it results in a temperature of about -11.6 degrees Fahrenheit.

Given that the boiling points provided in the choices are all above freezing, it's important to recognize that the significant temperature differences arise when considering variations in pressure and other factors. At a lower pressure, such as 0 degrees gas pressure, the boiling point of substances tends to lower, but staying within the provided choices indicates a higher temperature that remains near typical room temperature.

The boiling point corresponding to Methyl Chloride at 0 degrees pressure will be significantly reduced compared to normal conditions, but not enough for it to fall below the values indicated in the options provided.

The correct answer is 10.6 degrees Fahrenheit, making it the closest approximation around the actual adjusted boiling point under these circumstances. This illustrates how the behavior of substances can change with variations in pressure and contextual temperature understanding is vital for refrigeration or chemical applications. Familiarity with the boiling points of compounds like