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Why does snow that forms glaciers change to ice?
The snow changes the ice because in order to create the large mass of ice the temperature must freeze the huge clump of snow into a large mass of ice, thus creating the glacier, and so forth the glaciers would then be considered the large mass of ice that was meant to be formed.
What is the difference between subatomic particles and elementary particles?
Subatomic particles are proton, neutron, electron; these particle are some examples of the large group of elementary particles.
Is glaciers biotic or abiotic?
Glaciers are abiotic, as they are composed of ice and do not possess living organisms or biological processes. They are formed from accumulated snow that compacts and freezes over time, resulting in large masses of ice. While they can influence and support biotic environments, such as ecosystems in surrounding areas, the glaciers themselves are non-living entities.
How do you break matter into small particles?
You build a "Large Hadron Collider".
Do glaciers move quickly slowly or not at all?
Glaciers move slowly.
How are glaciers able to carry large particles with ease?
Glaciers are able to carry large particles with ease due to their immense size and weight, which provides the necessary force to move and transport these particles. The ice in glaciers acts as a lubricant, reducing friction between the glacier and the ground, allowing it to slide and carry debris more easily. Additionally, the slow but continuous movement of glaciers over time helps to accumulate and transport large particles along their path.
Which one of the following statement is accurate regarding glaciers and erosion striations caused by moving glaciers help determine the age of a rock?
The statement "erosion striations caused by moving glaciers help determine the age of a rock" is inaccurate. Glacial striations can provide information about the direction and intensity of past glaciation events, but they do not directly determine the age of a rock. Determining the age of a rock typically involves radiometric dating methods.
Glaciers move very slowly yet they are able to carry large particles with ease why?
Glaciers move slowly due to the immense weight of the ice, which causes them to deform and flow under pressure. Despite their slow movement, glaciers can carry large particles because they incorporate debris from the landscape, which gets trapped in the ice as it advances. The glacier's sheer mass and the friction generated at its base allow it to transport these particles, often over great distances. Additionally, the movement of the glacier can create a slurry of meltwater, which helps to facilitate the transport of larger materials.
Why do glaciers move slow but carry large particles with ease?
Glaciers move slowly due to their immense mass and the friction they create with the underlying terrain, which limits their speed. However, they can carry large particles because the ice deforms and flows around obstacles, allowing it to entrain and transport debris, including boulders. The immense weight and pressure of the glacier can also break down and incorporate larger materials from the landscape as it advances. This combination of slow movement and effective transportation is why glaciers can carry substantial sediment loads despite their gradual pace.
Why do glaciers move very slowly yet they are able to carry large particales with ease?
Glaciers move slowly because of the immense pressure of their weight and the friction with the ground. This slow movement allows them to pick up and carry large particles easily due to their massive size and strength. The ice deforms and flows around obstacles, carrying the sediment within it as it moves.
Can ice carry sediment?
Yes. Glaciers carry large amounts of sediment. When that sediment is deposited it is called glacial till.
What are glaciers made up of?
Glaciers are not made of rock; they are made of ice. Glaciers can contain rocks, but not of any particular type. Rather, they carry whatever type of rock they are going over or have gone over.
When wind water and glaciers carry away rocks?
When wind, water, and glaciers carry away rocks, the process is known as erosion. Wind can dislodge and transport small particles, while flowing water, such as rivers and streams, can carry larger rocks and sediments over great distances. Glaciers, through their immense weight and movement, grind and transport rocks and debris as they advance and retreat. These natural forces shape landscapes and contribute to the formation of various geological features.
What natural things move weathered pieces to new places?
Natural forces like wind, water, glaciers, and gravity can move weathered pieces to new places. Wind can carry smaller particles like sand and dust, water can transport rocks and sediments through rivers and oceans, glaciers can push large boulders, and gravity can cause rockfalls and landslides to move materials downslope.
Do glaciers erode the base of mountains into basins called cirques?
Yes, glaciers erode the base of mountains into basins called cirques through the process of glacial erosion. As a glacier moves down a mountainside, it plucks and abrasively scrapes the rock beneath, creating a bowl-shaped depression called a cirque. Over time, these cirques can deepen and widen, forming distinctive features in mountainous regions.
What is a large thick body of slow moving ice?
A large thick body of slow-moving ice is called a glacier. Glaciers form over time as snow accumulates and compacts into ice, flowing downslope under the force of gravity. Glaciers can reshape the landscape as they erode rocks and carry sediments.
How can glaciers erode rocks?
The glacier can carry rocks. The moving of the glacier.
