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Which of earths spheres includes the ocean groundwater lakes and glaciers?
Hydrosphere
Where is most water in glaciers?
The most water in glaciers is in Antarctica where the polar bears rest they also show water coming from the ocean to the rocks.
What is the stronger of the two forces that form ocean tides?
Lunar gravity.
What force makes cold water sink toward the ocean floor?
gravity
What does runoff include?
Water also reaches the ocean as runoff from the surface. Runoff includes flow from rivers as well as melting snowfields and glaciers.
The major agent of erosion that has shaped Earth's surface is?
Water, through processes such as rivers, glaciers, and ocean waves, is the major agent of erosion that has shaped Earth's surface over millions of years. It can carve out valleys, create canyons, and shape coastlines through the movement and depositing of sediment.
Is the primary force behind erosion gravity?
No, while gravity does play a role in moving material downhill, the primary force behind erosion is typically water (such as rivers and ocean waves), wind, or ice (glaciers). These agents can transport sediment and wear away rocks over time.
Is 'Grand canyon' a product of glaciers too?
No, it is the product of erosion caused by the Colorado River in its search for the Ocean.
5 erosion and deposition agents?
Water: The force of flowing water can erode rock and soil, carrying away sediment and depositing it in new locations. Wind: Wind can pick up and transport particles, resulting in abrasion and erosion of surfaces, as well as depositing sediments in new areas. Ice: Glaciers can erode rock and soil as they move, carrying and depositing material as they advance and retreat. Gravity: Gravity can cause mass wasting events such as landslides and rockfalls, leading to erosion and deposition of material downslope. Waves: Ocean waves can erode coastlines by wearing away rock and sediment, as well as depositing sand and other materials along the shore.
Which of the agents of erosion is the fastest?
Water is typically the fastest agent of erosion due to its ability to transport and erode sediment quickly in the form of rivers, streams, and ocean currents.
Define the term erosion and name the force that cause it?
Erosion is the process by which materials on the Earth's surface are worn away and transported by natural forces, such as water, wind, or ice. The force that causes erosion varies depending on the environment but commonly includes water (running water in rivers or ocean waves), wind, ice (glaciers), and gravity.
What is the primary force responsible for most of the transportation of rock material on the surface of earth?
The primary force responsible for transporting rock material on the surface of Earth is gravity. Gravity causes rocks to be pulled downhill, leading to processes such as erosion, mass wasting, and sediment transport by rivers, glaciers, wind, and ocean currents.
What agent of erosion is most likely responsible for the deposition of sandbars along ocean shorelines?
Ocean waves are the agent of erosion most likely responsible for the deposition of sandbars along ocean shorelines. As waves hit the shoreline, they transport sand and sediment, leading to the formation of sandbars.
What agent of erosion causes ocean cliffs to erode?
The primary agent of erosion that causes ocean cliffs to erode is wave action. The force of waves, along with the corrosive effects of saltwater, gradually wears away the rock and soil of the cliffs over time. This process is known as coastal erosion.
What normally carries the eroded rock pieces during transportation?
Water, ice, wind, and gravity are common agents that transport eroded rock pieces. Water from rivers, glaciers, or ocean currents can carry sediment downstream. Ice can transport sediment through glaciers. Wind can move sediment over long distances. Gravity can cause sediment to move downhill.
Which agent of erosion is most likely responsible for the deposition of sandbars along ocean shorelines?
mass movement
What is the most important erosional agent of earth?
Water is the most important erosional agent on Earth, as it has the power to weather rock and soil through processes like abrasion, dissolution, and transportation. Water erosion occurs through various forms such as rivers, streams, glaciers, and ocean waves, shaping landscapes over millions of years.
