If raindrops are very large why can their surface impact increase with strong wind?

Correct answer: Because large drops can have greater kinetic impact

Direct answer: A. The impact of a falling drop depends on its mass, speed, and the way it transfers momentum to the surface. A larger raindrop contains more water and therefore has greater mass than a small drop. If it is moving quickly, its kinetic energy and momentum can be greater, so striking the ground, leaves, soil, or a roof can produce a stronger splash or impact. Strong wind can also give the drops a horizontal speed, make their paths less vertical, and drive them against surfaces or people with greater force. A is correct because it identifies the physical reason without claiming that every large drop must cause damage. B is wrong because a raindrop is water. C is wrong because wind does not remove gravity; gravity still pulls the drop downward. D is wrong because rain does not become rock during ordinary falling. Memory cue: greater mass plus speed generally means greater momentum and impact, although actual force also depends on drop shape and surface.