Final answer:
The provided reference information does not directly answer the question about the maximum travel distance of a wheeled extinguisher; it instead includes related physics concepts such as momentum conservation, fluid dynamics, and gas behavior under varying temperatures.
Step-by-step explanation:
The student's question seems to be about calculating the maximum travel distance of a wheeled fire extinguisher under certain conditions (3D, pressure, obstacle). However, the provided reference information does not directly address this specific question but rather covers topics related to physics principles, such as the conservation of momentum for a fire extinguisher-toy wagon experiment, the Bernoulli equation for fluid dynamics, and the behavior of gases under different temperatures. To address the wheeled extinguisher's maximum travel distance, physics principles relating to force, energy, and motion would need to be applied, which are not detailed in the provided information.
The question is asking for the maximum travel distance of a wheeled extinguisher when facing a 3D, pressure, obstacle fire. Unfortunately, the given information and references do not provide the necessary data to calculate the maximum travel distance. To determine the maximum travel distance, we would need additional information such as the initial velocity, acceleration, and any external forces affecting the extinguisher. Without this information, it is not possible to calculate the maximum travel distance.