Final answer:
In the Northern Hemisphere, convergence is likely to occur near the center of low pressure due to the Coriolis force, which causes a counterclockwise rotation of air around low-pressure zones, such as tropical cyclones.
Step-by-step explanation:
If low pressure is in the Northern Hemisphere, convergence is likely to happen near the actual center of low pressure. The Coriolis force affects the direction of wind flow such that in the Northern Hemisphere, as air flows towards the center of a tropical cyclone or any low-pressure system, it is deflected to the right.
This creates the characteristic counterclockwise rotation of weather systems such as hurricanes. The inward winds do not flow directly into the center but swirl around it, which is visible from space due to cloud formation associated with rising air.
In contrast, high-pressure systems, which are marked by sinking air and clear skies, lead to a clockwise rotation in the Northern Hemisphere.