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What else can I help you with?
Is waterfall depositional or erosional?
it is erosional
Is the difference between a Mesa and a mountain?
A mesa is an erosional feature consisting of a flat topped structure sitting above an eroded plain. A mountain usually has a rounded or pointed peak.
How did rocks become different shapes?
Through erosional forces and differences in rock types.
How are Erosional formed?
Erosional caves are formed by the action of water or wind.
Did the lookout mountain form by constructive force?
No, Lookout Mountain did not form by constructive forces. It is a result of erosional processes, specifically the uplifting and sculpting of the rock layers by water and ice over millions of years.
How are erosional and despositinal features along a shoreline alike and different?
Erosional and depositional features along a shoreline are alike in that both are formed through the action of waves, currents, and tides. However, they differ in that erosional features involve the removal of sediment and reshaping of the coastline, while depositional features involve the accumulation of sediment and building up of the shoreline.
What erosional force forms sand dunes?
Wind is the erosional force that forms sand dunes.
What erosional agent does most of the eroding in a desert?
Water is the erosional agent in deserts with the greatest effect.
What is the differences between mesa and a mountain?
A Mesa is an elevated piece of land with a flat top and steep sides. A Mountain has a similar description, but climbs to a peak
How can you determine if a mountain is a volcano or a horn?
A mountain is classified as a volcano if it has a crater at the summit and is formed from volcanic activity. On the other hand, a horn is a sharp, pyramid-shaped peak formed by the erosional processes of glaciers. Examining the geological features and formation history of the mountain can help determine whether it is a volcano or a horn.
What are erosional plains?
Erosional plains are developments on the Earth's surface caused by natural weathering of glacier activity, wind movement or water (sea, river & stream) torrent and are subdivided on the basis of the type of erosional agent.
Why is downcutting the major erosional force in mountain streams?
Downcutting is the major erosional force in mountain streams because the steep gradient and high energy of these streams allow them to rapidly erode rock and sediment, carving deep channels into the landscape. Additionally, the force of gravity pulls water downhill, constantly working to cut deeper into the bedrock. This process is further accelerated by the presence of sediment and boulders carried by the fast-moving water, which act like abrasives to erode the streambed.
