What direction does the pressure gradient force act in a high pressure system?

In a high-pressure system, the pressure gradient force acts outward from the center of the high pressure area. This is because the pressure is higher at the center compared to the surrounding areas, creating a gradient that drives air away from the high-pressure center. As air moves outward, it contributes to the overall stability of the high-pressure system, often resulting in clearer skies and calm weather conditions.

The concept of the pressure gradient force is fundamental in meteorology, as it dictates the movement of air masses. In high-pressure systems, air moves from regions of higher pressure to areas of lower pressure, which reflects the natural tendency of air to equalize pressure differences. Thus, air flows outwards, making the answer correct.

Understanding this force is crucial for predicting weather patterns, as it influences the formation and movement of weather systems.