Mountain
it is called a sandbar
ridge of sand built up by currents in a river or coastal waters
# A ridge of sand formed in a river or along a shore by the action of waves or currents. # A long mass or low ridge of submerged or partially exposed sand built up in the water along a shore or beach by the action of waves or currents. -dictionary.com
A sandbar is a temporary, underwater or exposed ridge of sand, gravel, or shell material that is built up by currents in a river or by waves on a beach. It typically forms near the coast and can disappear or change shape depending on tides and currents.
yes
what landform makes up texas
The three ways the ocean moves in are currents, tides, and waves. I figured this out while I was doing homework. Maybe it does help you learn. :)
Beaches can experience both deposition and erosion. Deposition occurs when sand and sediment are deposited on the beach by waves and currents, building up the beach. Erosion occurs when waves and currents remove sand and sediment from the beach, causing it to shrink or erode.
A. - the geosphere and biosphere B. - the biosphere and hydrosphere C. - the cryosphere and atmosphere D. - the atmosphere and hydrosphere - Pick any of these answers but to be smart... Go search them up and you will learn. :)
A delta is built up by sediment transported by a river and deposited at its mouth where the river meets a body of standing water, such as a lake or ocean. Over time, these deposits accumulate and form a triangular or fan-shaped landform.
Tsunamis are the fastest ocean waves, traveling across the ocean at speeds of up to 500-600 miles per hour. This is much faster than wind-generated waves or currents.
Sound waves and other types of waves have sinusoidal graphs. The graph of a sound with a single frequency is a sine wave. More complicated sounds contain multiple frequencies, and their graphs can be obtained by summing up sine waves. Other sorts of waves, not just sound waves, can also be analysed as sums of sine waves. This includes light and changing electrical currents.