Answer:
Waterspouts are tornadoes that form over water. They're typically associated with thunderstorms or other convective weather patterns. When the rain begins to fall, the life of the storm can affect the waterspout in different ways. In some cases, a waterspout can weaken as the rain begins to fall. Reasoning why is because rain can cool the air and reduce the instability in the atmosphere that is necessary for the waterspout to form and maintain itself. However, in other cases, a waterspout can become stronger as rain begins to fall. This is because falling rain can increase the amount of low-level moisture in the atmosphere, which can enhance the rotation and updrafts in the storm. Additionally, the interaction between the falling rain and the waterspout can create a feedback mechanism that reinforces the circulation and leads to stronger winds and more intense rainfall. Overall, the impact of rain on a waterspout can vary depending on the specific meteorological conditions at the time.