What is the pressure of a bailout cylinder at 6 degrees Fahrenheit?

When considering the pressure of a bailout cylinder at 6 degrees Fahrenheit, it is essential to understand how temperature affects gas pressure. According to the gas laws, specifically Boyle's law, the pressure of a gas in a closed system is influenced by its temperature. As the temperature decreases, the kinetic energy of the gas molecules decreases, which can result in lower pressure readings if other factors remain constant.

A typical scuba diving bailout cylinder is generally filled to a high pressure, often around 3000 psi at room temperature (approximately 70 degrees Fahrenheit). The pressure in the cylinder will decrease as the temperature drops. While each specific cylinder may vary slightly depending on its construction and contents, the pressure reading at extremely low temperatures can be significantly below the filled pressure at higher temperatures.

Given that the correct answer suggests a pressure of 2795 psi, this would indicate that at 6 degrees Fahrenheit, the pressure has fallen but not to an extent that is uncommon for a high-pressure gas cylinder. This illustrates an understanding of how gas behaves under different temperature conditions, as well as knowledge of how significant temperature drops can affect the pressure readings in scuba diving equipment. Therefore, the answer that suggests 2795 psi reflects an accurate application of these principles.