Flood coverage under the CP 10 65 endorsement defines flood as a general, partial, or complete submersion of normally dry land caused by which events?

Flood coverage under the CP 10 65 endorsement defines flood as a general, partial, or complete submersion of normally dry land caused by which events?

• A. Overflowing inland or tidal water, unusual or rapid accumulation or runoff of surface water, or mudflow.
• B. Earthquake and landslide.
• C. A general rainfall event only.
• D. A hurricane wind event.

Answer: (A)

Flood coverage is defined by the CP 10 65 endorsement as a general, partial, or complete submersion of normally dry land caused by three main water sources: the overflowing of inland or tidal waters, unusual or rapid accumulation or runoff of surface water, or mudflow. This definition captures the different ways floodwaters can reach and cover normally dry ground—whether a river or coast overflows, heavy rain overwhelms drainage and runs off, or loose soil becomes a mudflow downhill. The other choices don’t fit because earthquakes and landslides are separate perils and typically covered under different endorsements, a general rainfall event alone doesn’t necessarily cause submersion of land, and a hurricane wind event involves wind damage rather than the floodwaters themselves.

Flood coverage is defined by the CP 10 65 endorsement as a general, partial, or complete submersion of normally dry land caused by three main water sources: the overflowing of inland or tidal waters, unusual or rapid accumulation or runoff of surface water, or mudflow. This definition captures the different ways floodwaters can reach and cover normally dry ground—whether a river or coast overflows, heavy rain overwhelms drainage and runs off, or loose soil becomes a mudflow downhill. The other choices don’t fit because earthquakes and landslides are separate perils and typically covered under different endorsements, a general rainfall event alone doesn’t necessarily cause submersion of land, and a hurricane wind event involves wind damage rather than the floodwaters themselves.