yes
well what do you think dumbo
Hail does go through the water cycle. Hail is a form of precipitation just like rain, sleet, snow and ice. Hail is a part of the water cycle and follows the same pattern as other forms of precipitation.
I'm going to explain water cycle because that is what I understand in your question. Water cycle on earth means returning of water where it came from. The water cycle starts by heating of water sources and evaporation of water and transpiration from plants. When the water get evaporated ,the vapours rises up and condenses to form clouds. These clouds then bring rain and rivers are formed,. These rivers then flow to drain into the sea. The water from trees is also replenished by the rain. Hence the water came back to the same place where it started from. This is the water Cycle.
No, the water system and the water cycle are not the same thing. The water system refers to the various sources, infrastructure, and processes involved in the distribution and management of water for human use, including reservoirs, treatment plants, and plumbing. In contrast, the water cycle is a natural process describing how water moves through the environment, including evaporation, condensation, precipitation, and runoff. While they are interconnected, they serve different purposes and functions.
water cycle is important to maintain the ecological balance. imagine if there were no rain! from where would we get the water to drink, the water that we require for agriculture. the water cycle constantly renews the water in the seas, lakes, etc.
Few other cycles in nature are same as water cycle. These are carbon cycle, nitrogen cycle etc.
Water/Rain (Same thing)
Yes, the water cycle has kept the same rain falling for the past few million years. That raindrop you catch on your tongue may have once landed on a dinosaur.
Hail does go through the water cycle. Hail is a form of precipitation just like rain, sleet, snow and ice. Hail is a part of the water cycle and follows the same pattern as other forms of precipitation.
Not at all. Rain is well...water. Hail is ice. It is much harder than snow and can get quite large.
I'm going to explain water cycle because that is what I understand in your question. Water cycle on earth means returning of water where it came from. The water cycle starts by heating of water sources and evaporation of water and transpiration from plants. When the water get evaporated ,the vapours rises up and condenses to form clouds. These clouds then bring rain and rivers are formed,. These rivers then flow to drain into the sea. The water from trees is also replenished by the rain. Hence the water came back to the same place where it started from. This is the water Cycle.
No, the water system and the water cycle are not the same thing. The water system refers to the various sources, infrastructure, and processes involved in the distribution and management of water for human use, including reservoirs, treatment plants, and plumbing. In contrast, the water cycle is a natural process describing how water moves through the environment, including evaporation, condensation, precipitation, and runoff. While they are interconnected, they serve different purposes and functions.
why it would be rain tomorrow i thing but today they were rain and then tomorrow it would be the same thing..
No, accumulation and runoff are not the same thing. Accumulation refers to the process where water, snow, or ice gathers in a specific area, typically in the form of precipitation or melting ice. Runoff, on the other hand, is the movement of water, often from rain or melted snow, over the land surface and into rivers, lakes, or oceans. While both processes are related to the water cycle, they represent different phases of water movement and storage.
for example The step, evaporation occurred in the rain cycle yesterday.
well you can have acid rain but not all rain is acid rain
No, Evaporation is a step in the water cycle.
The answer to that riddle is "rain." Rain falls from the clouds to the ground but does not ascend back up in the same form. Instead, it eventually evaporates and becomes part of the water cycle, but it doesn't return as rain directly.