Through the effects of weathering and the transportation of the resultant sediments by erosion to a place where the sediments are deposited in still waters or in land based sedimentary deposits where they are compacted and cemented together into a rock.
Cliff formation generally involves erosion, uplift or faulting. Example of erosion: Grand Canyon cliffs associated with the erosional forces of the Colorado River. Example of uplift: Mountain formation with steep sided cliffs as in the Himalayan Mountain Range. Example of faulting: The East African Rift Zone.
The largest layer of the Sun's atmosphere is the corona. It is the outermost layer, extending millions of kilometers into space. The corona is most easily seen during a total solar eclipse.
Its as old as when it was laid down. Thousands to millions of years old.
When a rock is produced from a layer of plants, it is called coal. Coal forms from the remains of plants that have been compacted, heated, and subjected to pressure over millions of years.
The layer of the sun's atmosphere that reaches farthest into space is called the corona. It is a region of plasma that extends millions of kilometers into space and is most visible during a solar eclipse.
Cliff formation generally involves erosion, uplift or faulting. Example of erosion: Grand Canyon cliffs associated with the erosional forces of the Colorado River. Example of uplift: Mountain formation with steep sided cliffs as in the Himalayan Mountain Range. Example of faulting: The East African Rift Zone.
In the atmosphere. Hundreds of millions of years ago.
It is called the corona. The middle layer is called the chromosphere.The Corona
The largest layer of the Sun's atmosphere is the corona. It is the outermost layer, extending millions of kilometers into space. The corona is most easily seen during a total solar eclipse.
The layer of coal between rocks is called a coal seam or coal bed. This layer forms over millions of years from compressed plant material.
Chips
Its as old as when it was laid down. Thousands to millions of years old.
The coolest layer of the sun is the outermost layer called the corona. While it may have temperatures reaching millions of degrees Kelvin, it is considered cooler compared to the layers beneath it, such as the photosphere and the chromosphere.
It is known as a fossil.
The layer of the sun's atmosphere that reaches farthest into space is called the Corona.
The energy from the sun that moves in every direction takes millions of years to leave the radiation layer because of the high density of the layer, which causes the energy to scatter and be absorbed and re-emitted many times before eventually making its way out. This process of absorption and re-emission within the radiation layer delays the escape of solar energy into space.
When a rock is produced from a layer of plants, it is called coal. Coal forms from the remains of plants that have been compacted, heated, and subjected to pressure over millions of years.