Um, yes. When it rains the road is usually wet.
After rain, the road surface dries through a combination of evaporation and drainage. The heat from the sun helps to evaporate the water on the road, while any excess water is drained away through the road's surface or drainage systems. The rate of drying depends on factors like temperature, humidity, wind speed, and the porosity of the road surface.
The road is most slippery during the first half hour of the rain (C) because the rain mixes with the oil and dirt on the road, making it more hazardous for driving. After a long rain (A), the water washes away some of the oil and dirt, reducing the slipperiness of the road. A new road (B) typically has better traction due to the roughness of the surface.
You see water on the road because of rain, melting snow, or a leak from a nearby source. This water can create slippery conditions, so it's important to drive carefully.
The water remains of the surface of the road and thus is able to evaporate quickly when the rain stops and the sun comes out.
As rain falls, the water mixes with oil found on the road's surface, making the pavement slippery.that we use the alakalis to the litmus paper
It doesn't smell foul, it's probably just the water off the road/tiles/floor. It depends where you are. Rain on grass doesn't smell the same as rain on the road...
so that (rain) water could flow from the road to the verge
The first few minutes of the rain are the most dangerous. The rain causes the oils and contaminants in the road to lift to the surface. You are not only driving on water, but water mixed with these oils. well... when covered by a film of liquid sufficient enough to reduce the coefficient ecstatic friction between the tyre and the road to essentially zero, but not so deep as to introduce a new source of friction
The sky !... Puddles are simply small quantities of rain - that hasn't been absorbed by the Earth.
A crowned road is a type of road design where the center of the road is built higher than the edges, allowing water to run off to the sides. This design helps prevent water from pooling on the road surface, reducing the risk of flooding and improving driving safety.
During a rain shower, the road surface is likely to be most slippery when the rain first begins. This is because the initial rainfall mixes with oil and debris on the road, creating a slick layer. As the rain continues, the water can wash away some of these contaminants, making the surface less slippery over time. Therefore, caution is advised during the first few minutes of rain.
A layer of water formed to cause the tires to hydroplane, causing no traction on the road surface.