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Answer :
To determine the pressure inside an R-22 cylinder at a temperature of 120°F, we can use a pressure-temperature relationship, typically found in a refrigerant pressure-temperature chart. These charts show the pressure of refrigerants at various temperatures, which helps us find the corresponding pressure for a given temperature.
Here's a step-by-step approach to understanding the situation:
1. Understand the Given Temperature:
We have a temperature of 120°F. This is the temperature inside the truck where the R-22 cylinder is located.
2. Refer to R-22 Pressure-Temperature Chart:
Using a typical R-22 pressure-temperature chart, find the pressure corresponding to 120°F. Such charts list temperatures in one column and the corresponding pressure (usually in psig) in another column.
3. Identify the Correct Pressure:
At a temperature of 120°F, the pressure inside the R-22 cylinder is about 259.9 psig. This is based on standard pressure-temperature relations for R-22 refrigerant.
4. Select the Correct Multiple Choice Answer:
From the options given, you would choose the one that closely matches the pressure at 120°F. In this case, the closest matching pressure to the one taken from standard data is:
b. 259.9 psig
So, the pressure inside the R-22 cylinder at a temperature of 120°F would be approximately 259.9 psig, making option b the correct choice.
Here's a step-by-step approach to understanding the situation:
1. Understand the Given Temperature:
We have a temperature of 120°F. This is the temperature inside the truck where the R-22 cylinder is located.
2. Refer to R-22 Pressure-Temperature Chart:
Using a typical R-22 pressure-temperature chart, find the pressure corresponding to 120°F. Such charts list temperatures in one column and the corresponding pressure (usually in psig) in another column.
3. Identify the Correct Pressure:
At a temperature of 120°F, the pressure inside the R-22 cylinder is about 259.9 psig. This is based on standard pressure-temperature relations for R-22 refrigerant.
4. Select the Correct Multiple Choice Answer:
From the options given, you would choose the one that closely matches the pressure at 120°F. In this case, the closest matching pressure to the one taken from standard data is:
b. 259.9 psig
So, the pressure inside the R-22 cylinder at a temperature of 120°F would be approximately 259.9 psig, making option b the correct choice.
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