Final answer:
The occluded front would likely be positioned where the curved band of clouds intersects with both the warm and cold fronts in the satellite image.
Step-by-step explanation:
In an infrared satellite image, an occluded front, formed when a faster-moving cold front overtakes a slower warm front, appears as a curved band of clouds. Analyzing this image involves identifying the warm and cold fronts first. The warm front is characterized by a slower-moving mass of warm air, depicted as a gentler slope of clouds. The cold front is faster-moving and appears as a sharper, more defined line of clouds. The occluded front forms where these two fronts intersect, indicated by a curved band connecting them. This intersection happens as the cold front catches up to and overtakes the warm front, creating a complex weather pattern. By observing the point where the curved band connects both fronts, you'll likely pinpoint the location of the occluded front.
The occluded front would likely be positioned where the curved band of clouds intersects with both the warm and cold fronts in the satellite image.