Which type of pressure cell moves outward, downward, and in a clockwise direction?

The correct answer is anticyclone. An anticyclone is characterized by high pressure at the surface, where the air moves outward from the center. This outward movement occurs in a downward spiral that contributes to the clockwise rotation of air in the Northern Hemisphere due to the Coriolis effect.

In meteorological terms, an anticyclone is often associated with fair weather and stable atmospheric conditions because the sinking air leads to increased atmospheric pressure and typically limits cloud formation. The air descends, warms, and dries, reinforcing the clear skies often associated with high-pressure systems.

Understanding this concept is crucial for recognizing weather patterns and interpreting meteorological data. An anticyclone is contrasted with a cyclone, which exhibits low pressure and counterclockwise air movement in the Northern Hemisphere.