Subatomic particles are proton, neutron, electron; these particle are some examples of the large group of elementary particles.
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.
You build a "Large Hadron Collider".
Glaciers move slowly.
No, the particles are too large, use talc.
The statement that is accurate is that glaciers can carry both small particles and large boulders. Glaciers can carry both small particles and large boulders.
Yes. The larger rocks require more energy to move, so may be the first to be left behind by a melting glacier.
Glaciers can carry both small particles and large boulders. The erosion caused by glaciers is caused by the rocks and debris carried along with the ice, NOT the ice itself.
Glaciers carry large objects because of their huge mass. The pressure they exert is enough to carve huge lakes, so sliding a boulder is not a challenge.
Yes. Glaciers carry large amounts of sediment. When that sediment is deposited it is called glacial till.
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.
The three natural causes of erosion are wind, water and glaciers. In terms of carrying capacity, glaciers are capable of eroding the most, since they can carry anything from tiny grains to huge boulders. Water comes next since, depending on how fast, for example, a river runs, fairly large rock pieces can be carried along. Wind is last, since it generally can only carry the tiniest of particles.
glaciers, flowing water or wind
The glacier can carry rocks. The moving of the glacier.
Glaciers
The measure of the largest particles a stream can carry is capacity.
Uptake of large particles