The melted water runs away into the ocean raising sea levels. Some rivers depend on melting glaciers for their flow. If the glacier melts entirely then countries that rely on that river for water will be in trouble.
Melting of an ice cube mainly depends on the temperature of surrounding. If the larger ice cube is put at 50 degrees Celsius and small one at 25 degree Celsius the large ice cube will melt faster than the smaller one. Ice cube draws energy from the surrounding which causes it to melt and so temperature of surrounding is very important
When ice cube is submerged on water...The upthrust created on the ice cube by water is equal to the weight of the displaced water...when the ice cube is melting its volume changes but its weight remains the same and its exactly equal to the weight of displaced water when the ice cube was frozen...therefore the 'volume of of melted water' fits exactly to the 'volume of displaced water when the ice cube was frozen'... So the water level does not change! -Shenal K Mendis ;)
Nothing happens. Distance between crests is a measure of frequency; amplitude is a measure of the strength, the height of the wave, or auditory volume of the signal.
Density is a characteristic of a given material. Water, for example, has a certain density (which is somewhat dependent upon temperature but let's say that the temperature is constant). It does not matter how much water you have, it will all have the same density. One teaspoon has much less mass, but the same density as an entire ocean.
This is not entirely true. The mass will only increase with volume if you are adding more to to increase the volume. However, you can increase the volume without increasing mass. An example of this would be heating something. As you heat things the molecules want to move about more, as this happens they spread further and further apart. This is easiest to observe in when things are in a gaseous state. You can determine how the volume of a gas changes by PV=nRT; where P is pressure, V is volume, n is he number particles, R is constant, and T is the temperature in Kelvin.
It gets warmer, has a lesser volume. It is called melting.
The density of ice at 0°C is 0.9167 g/cm³. The density increases slightly at lower temperatures. Therefore, the volume and temperature of the glacier is needed in order to calculate the exact weight.
Glaciers. Ice bergs would have very little impact on ocean level, beyond thermal contraction from heat dissipation. The reason is that ice bergs, like boats, already displace a volume of water equal to their weight. Glaciers predominantly rest above the ocean surface, and their melt water runoff entirely increases the ocean volume.
no. the downward cutting force of ice in a glacier is a function of MASS :) and its forsure i got it out of the science book!
The volume and shape are not important for the chemical composition; the melting point can be a serious indication but it is not an absolute criterion.
This physical phenomenon (a change of phase) is called melting; during melting the chemical nature of molecules is not changed but the bonds between molecules are weakened.
Yes, the volume of melted butter is less because the entrained air is released when melted.
The volume will increase
In general: expanding while melting; except for ice to liquid water, this volume is shrinking!
The answer depends on what happens to other characteristics: particularly density or volume
The volume is halved
The volume is doubled.