Final answer:
Option A: As the cyclone center moves away, the air pressure in Detroit rises, illustrating the nature of cyclonic systems which are typically associated with low pressure areas.
Step-by-step explanation:
As the cyclone center moves away from Detroit, the air pressure at the city rises. This is because cyclones are associated with low pressure areas. As the cyclone moves away, the low pressure moves with it, leading to a relative increase in air pressure back in Detroit.
It's important to understand that atmospheric pressure is a dynamic and changing aspect of weather. Considering several scenarios provided in the questions, such as the changes in a system's moment of inertia affecting its angular velocity and gas moving from an area of high to low pressure, they all relate to the fundamental concepts of pressure and movement in physical systems. When learning about air pressures and cyclones, the introduction scenario provided gives us a real-world context of how a small drop in pressure can have significant impacts, causing severe weather changes.