The precipitation associated with a warm front typically arrives extensively ahead of the actual frontal boundary.
Rain transpires on the foremost fringe of a warm front. As warm air is slightly less viscous than cold air, it slowly rises over the cold air by gradual frontal lifting and permits precipitation to evolve ahead of the frontal edge.
Yet, while cool air at the surface lives forward of a warm front, relatively warmer air often is discovered above it as the warmer surface air after the front rises up and over the cool air below. If sufficient moisture is present, this can develop in precipitation along and forth of the front.
More about gradual frontal lifting :
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I might be wrong but I believe the answer is B. in the Appalachian Mountains. :)
Answer:
When an artesian aquifer is tapped by a well the pressure pushes the water up the well, sometimes all the way to the surface, creating a flowing well.
Explanation:
Pressure on the aquifer pushes water up the well without the need for a pump. ...
Kingdom Protista is the other one.
Answer:
True.
Explanation:
Fragments of rock are separated from the parent layer or material through the process of exfoliation, block separation, etc. Rock fragments, therefore, can be separated from its parent layer or material and can be relocated into another layer.
This process of relocating rock fragments into another layer is known as inclusions. The law of Inclusions was founded by James Hutton. This law helps to determine the age of rocks.
Therefore, the given statement is true.
