I think the depth of a glacier depends on it height
Yes, the deeper you are (be it in air, water or any medium) increases as you go deeper, as there is a column of mass pressing down on you, toward the centre of gravity for the earth. The pressure at sea level (average) is 1 bar, which is 100,000 kilopascals! (so, and inflated tire will have a pressure relative to that of 60 or so pascals. Tiny, eh?)
bottom is the heaviest
Bottom and side?
ummm... what are you asking? Yes they are on the bottom of a glacier.
Higher pressure increases boiling point. This means that as the pressure increases, the liquid must become hotter to boil. From a theoretical point of view, with the water being heated equally throughout, the water at the top of the pot would boil first because it is under less pressure than the water at the bottom.
Yes, it does. The more you advance towards the bottom of the ocean, the more the water pressure increases. Which is why you implode before reaching the bottom.
As the depth of a fluid column increases, the pressure at the bottom increases due to the weight of the additional material above.j3h.
Basal slip occurs when the glacier rests on a slope. Pressure causes a small amount of ice at the bottom of the glacier to melt, creating a thin layer of water. This reduces friction enough that the glacier can slide down the slope. Loose soil underneath a glacier can also cause basal slip.
Yes, the deeper you are (be it in air, water or any medium) increases as you go deeper, as there is a column of mass pressing down on you, toward the centre of gravity for the earth. The pressure at sea level (average) is 1 bar, which is 100,000 kilopascals! (so, and inflated tire will have a pressure relative to that of 60 or so pascals. Tiny, eh?)
bottom is the heaviest
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.
Bottom and side?
Ground Moraines are abrasive elements that are carried in the bottom of a frozen glacier. Lateral Moraines are unsorted material deposited along the side of a valley glacier.
ummm... what are you asking? Yes they are on the bottom of a glacier.
Water pressure increases with depth. So in a deep lake the bottom of the damn needs to be thicker to accommodate the greater water pressure.
This is mainly do to the pressure that the water above the diver is putting on the diver. On the surface air is putting pressure on you but it has less weight than water and as you dive deeper the pressure increases because the amount of water above you also increases.
Higher pressure increases boiling point. This means that as the pressure increases, the liquid must become hotter to boil. From a theoretical point of view, with the water being heated equally throughout, the water at the top of the pot would boil first because it is under less pressure than the water at the bottom.