A long, steep slop, especially one at the edge of a plateau or separating areas of land at different heights.
A. This is because these formations occur on the surface and can range from mountains to forests.
They are found in the tundra regions of Eastern and central Europe. Mostly covered in permafrost, in some areas this frost has melted. The Drunken forest is the reference to the shallowness of where the trees roots are and then the trees start to tip over (Like a drunk man LOL). But within the Northern Hemisphere it alters the life around it and also destroys roads and buildings
Answer:
Explanation:
Rivers have three sections or courses: the upper course, middle course and lower course. The upper course of a river typically sees much erosion of bedrock in order to achieve the equilibrium mentioned above.
The upper course is also at the highest altitude as this is where the headwaters of the river originate. Rivers in the upper course erode down vertically which often creates a steep channel profile in what becomes the river valley.
The middle course sees a river at a slightly lower altitude than the upper course, but is still maintains a sense of trying to acquire equilibrium in flow and shape. The discharge and velocity of the river still allows the water to erode the banks and chart a course of least resistance through lateral erosion.
The lower course is unique as this is the stage in which a river has reached sea level. Here we find features not found in the middle and upper courses like floodplains and river deltas that have been formed by the sediment deposits of rocks and dirt gathered from upstream.
Answer:
Corona
Chromosphere
Photosphere
Explanation:
the Corona is the largest and most outermost layer of the sun, it extends millions of kilometers into outer space and is made of plasma
the chromosphere is the 2nd later of the sun, and is immediately above the Photosphere, and right below the Corona, it's about 3,000 to 5,000 kilometers deep
the photosphere is the innermost layer of the sun, and it's about 500 kilometers thick, it's where the sun's energy is released as light
sources
https://www.space.com/17160-sun-atmosphere.html
https://www.space.com/37832-corona-of-the-sun-is-a-mystery.html
my old science teacher lol
