It's probably your tires. maybe they automatically slow down when they go over water so u don't slip. it could also be your engine.
I still say it is resistence.
EDIT: Tires lose friction when driving over water and can hydroplane and slide.
weathering
It probably evaporated. Now it is in the air as water vapor. Sometime in the future it will come back down to earth again as rain.
It will slow down due to water resistance etc
simple it depends if it is sunny it evaporates if it is cold but not at freezing it will condense Liam sams
If you see raindrops splashing on the surface of the road, it's a sign of wet conditions that can affect traction and visibility, so you should drive cautiously. If you encounter a puddle or standing water, it's advisable to slow down and avoid sudden movements to prevent hydroplaning. Always be mindful of how deep the water may be, as it can conceal hazards or cause loss of control. Prioritizing safety in these conditions is crucial for both you and other road users.
A fan blowing air over an evaporation puddle would increase the rate of evaporation. The moving air helps to remove the water vapor from the surface of the puddle more quickly, leading to faster evaporation.
It is part of the water cycle because it help water not just sit on top off a cold mountian and freeze it goes down into a puddle and evaporates
When the warm air touches the cold, wet drink, the air cools and droplets of water form and drip down the side. The water that drips down the side eventually forms a puddle.
When the sun shines on a puddle, the water molecules at the surface gain energy and evaporate into water vapor. This process is called evaporation. The water vapor rises into the atmosphere, cools down, condenses to form clouds, and eventually falls back to the ground as precipitation, completing the water cycle.
Water in a puddle evaporates due to heat from the sun, turning into water vapor. This vapor then rises into the atmosphere where it cools and condenses to form clouds. Afterward, the water falls back to the ground as precipitation, completing the water cycle.
Poor water on your windshield and follow the path of where the water ends up. Open your hood and look further down below your wind shield wiper. You will see where a water puddle has developed. This puddle of water drips slowly on top of the engine and on to the spark plugs. You could plug the drip with tape
Slow down and drive cautiously to avoid hydroplaning, which can occur when water causes your tires to lose contact with the road surface, reducing your ability to steer or brake effectively. Avoid sudden movements, brake gently, and drive in the tire tracks of the vehicle in front of you to improve traction. If possible, try to drive around puddles or standing water to reduce the risk of hydroplaning.