If a cylinder has a pressure of 2200 psi, what is the maximum distance it can travel?

To determine the maximum distance a cylinder can travel when it has a pressure of 2200 psi, it's important to understand how pressure relates to the energy available for movement. In many applications, particularly in pneumatic systems, the pressure within the cylinder can give insights into the potential force it can exert.

The distance that a cylinder can travel is often directly related to the pressure it operates under, along with factors such as the design of the system (including cylinder size and type), the load it's moving, and the efficiency of the system's components. In this case, 2200 psi is a high pressure, suggesting that it provides significant energy to propel the cylinder.

Choosing the maximum distance of 2600 feet indicates that this pressure level allows for an extended range of movement, possibly covering a distance that is achievable within the operational capabilities of the cylinder and its supporting components. Hence, with the given pressure, it's reasonable within the context of various engineering principles and calculations related to pneumatic systems or similar applications that this is the valid answer.

In contrast, other options such as 1500 feet, 2000 feet, and 3000 feet suggest lesser or greater operational distances that may not accurately reflect the capabilities of the cylinder under the provided pressure circumstances.