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There needs to be matter greater in size and density to stop it/

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When does gravity begin to pull a glacier downhill?

When the weight of snow and ice is great enough the glacier starts moving downhill under the influence of gravity. This point is determined by the relationship between accumulation and wastage of the glacier.


Fastest moving part of a glacier is?

The fastest moving part of a glacier is typically the center of the glacier where it is flowing downhill and under the influence of gravity. This is known as the glacier's "zone of maximum flow" and can reach speeds of several feet to several tens of feet per day.


What is an example of a glacier moving boulder?

An example of a glacier moving a boulder would be when a large rock is picked up by a glacier as it flows downhill, and is transported along with the ice to a new location. This process, known as glacial plucking, occurs when the ice melts and the boulder is deposited on the ground.


What constantly pulls a glacier downhill?

Gravity


Which landform can a moving mountain glacier carve?

A moving mountain glacier can carve a U-shaped valley. As the glacier moves downhill, it erodes the sides and bottom of the valley, creating a distinctive U-shaped cross-section. The glacier's immense weight and motion combined with erosion from the ice can shape the landform over time.


What do you call the tip of a glacier?

The tip of a glacier is called the glacier terminus or glacier snout. It is the furthest point reached by the glacier as it flows downhill.


What is a slow moving river of ice?

A slow moving river of ice is known as a glacier. Glaciers form over time as layers of snow accumulate and compress into ice. Glaciers flow downhill under the force of gravity, shaping the landscape as they move.


A moving river of ice that carries rocks and wears away the land is called?

A glacier. Glaciers are large masses of ice that slowly move downhill, eroding the land and carrying debris like rocks with them.


What is a large mass of ice and snow moving on land under its own weight?

A large mass of ice and snow moving on land under its own weight is called a glacier. Glaciers form over time as snow accumulates and compacts into ice, flowing slowly downhill due to gravity. They can reshape landscapes through processes like erosion and deposition.


Under what circumstances will the front of a glacier advance?

A glacier is always moving forward (downhill). In the winter, the glacier usually isn't melting and its front edge (or "toe") will advance downhill. In the summer, the toe of the glacier usually melts faster than the glacier is moving forward, causing the front edge of the glacier to recede. If the recession in the summer is greater than the advance in the winter, then the glacier as a whole is receding and will eventually disappear. That is what is currently happening to most of the glaciers in North America and many other places around the world.


What kind of machine could you compare a glacier to?

What kind of machine could you compare a glacier to ? You can compare it to a freezer.Because glacier is ice and a freezer makes ice.


What force moves a glacier downhill?

Glaciers can slide down slope for several reasons. First, a glacier is made of ice, which is frozen water. Liquid water is slippery. That is important to remember. Second, gravity is pulling on them making them want to move downhill. Third, when ice is put under a lot of pressure, it can melt. The pressure above the bottom of the glacier can cause some melting on the bottom layer. That can make the glacier slide. Fourth, the sun shining on the top of the glacier can make the top of the glacier melt. The water from that melting can go to the bottom of the glacier and help lubricate the bottom. That can help it slide. Mountain glaciers are always sliding downhill. Snow replenishes glaciers and adds ice to the top. If glaciers melt faster than they are replenished they vanish. Some mountain glaciers have vanished within the last 100 years. A few more are likely to vanish in the next decade.