Because it's wet
A river can't fill up very fast in very wet weather because the ground often becomes saturated, leading to reduced absorption of rainfall. Additionally, the water may take time to flow from surrounding areas into the river due to drainage patterns and the speed of surface runoff. Factors like vegetation and terrain also influence how quickly water can reach the river, resulting in a delayed response to heavy rainfall.
Very fast winds.
When it is heated up. Gas moves quicker as it goes from cold to hot.
Cheetah is a carnivorous animal and it is very fast very very fast
Orange: The weather is dangerous.Red: The weather is very dangerous
It is because when on a rainy or wet weather the rain is so much that it causes rainstorm or floods and that makes the water level get higher or increases.
A river can't fill up very fast in very wet weather because the ground often becomes saturated, leading to reduced absorption of rainfall. Additionally, the water may take time to flow from surrounding areas into the river due to drainage patterns and the speed of surface runoff. Factors like vegetation and terrain also influence how quickly water can reach the river, resulting in a delayed response to heavy rainfall.
It is because when on a rainy or wet weather the rain is so much that it causes rainstorm or floods and that makes the water level get higher or increases.
It is because when on a rainy or wet weather the rain is so much that it causes rainstorm or floods and that makes the water level get higher or increases.
very fast
Very fast
on the slope down from the top of the river, to the bottom of the river
Very fast river stream with huge rains
very fast
A fast flowing stream is called a rapid. Rapids are where the water flows downhill very fast and over underwater obstacles.
Very fast winds.
During wet weather, while rainfall can increase water flow into a river, the rate of filling is often limited by factors such as the river's capacity, drainage patterns, and soil saturation. If the ground is already saturated, excess water may run off into the river rather than being absorbed. Additionally, rivers have a natural flow rate that can manage incoming water, and their banks can only hold a certain volume before overflow occurs. Thus, even in wet conditions, the filling process may not be rapid due to these limiting factors.