oceans freshwater and lakes and streams cover 2/3 of earth
Assuming its weight hasn't changed, then as it is floating, the upthrust on it equals its weight and so is the same. What WILL change, however, is how deep in the water it floats. The upthrust is provided by the weight of the displaced volume of water, the volume of which depends upon the density of the water which depends upon the temperature and saltiness (amongst other things) of the water. As freshwater is less dense than [briny] sea water, it will require more volume for the same weight and so the ship will float deeper in freshwater than in [briny] sea water. This can be seen in the load lines on the "Plimsoll Line" where the Freshwater line is much higher than, say, the Winter North Atlantic line (the latter being more salty and colder, and so much more dense) meaning that for the same load, that the waterline in Freshwater will be much higher up the ship than in Winter North Atlantic (or alternatively, the ship will float much deeper in the Freshwater than the Winter North Atlantic).
water ______________ Basically, gravity shapes the earth. During the time that it was acquiring more and more mass from the disk of materials in its path, it reached a point where simply by the weight of its own components it began to collapse into a shape that was more and more sphere-like. This in fact is one of the requirements for a body to be considered a planet. In terms of erosion, water wind heat microorganisms plant and animal life all play a part in shaping certain aspects of the surface. But the fundamental shape of the earth is under the control of gravity.
That is because Earth has more gravity. Weight = mass x gravity.
Data redundancy: Sometime Data redundancy refers to in computer data storage, is a property of some disk arrays which provides fault tolerance, so that all or part of the data stored in the array can be recovered in the case of disk failure. The cost typically associated with providing this feature is a reduction of disk capacity available to the user, since the implementations require either a duplication of the entire data set, or an error-correcting code to be stored on the array.Redundancy is attained when the same data values are stored more than once in a table, or when the same values are stored in more than one table.One of the biggest disadvantages of data redundancy is that it increases the size of the database unnecessarily.
The cylinder representing the greatest amount of freshwater on Earth is the one that includes the water stored in glaciers and ice caps. This frozen freshwater accounts for about 68.7% of the total freshwater on Earth.
There is much more saltwater than freshwater. All of the oceans are made up of saltwater for example.
76% (more than two thirds) of Earth's freshwater is found in any ice on Earth. (ex. glaciers) 23% of freshwater is found in groundwater 12% of the groundwater is "shallow ground water" 11% of the groundwater is "deep ground water" 0.34% of Earth's freshwater is found in rivers, streams, and lakes 0.037% of freshwater is found in water vapor
More Than 70% but only 1% is freshwater
oceans freshwater and lakes and streams cover 2/3 of earth
Groundwater is generally more plentiful than surface water. It is estimated that about 30 times more freshwater is stored as groundwater compared to surface water. Groundwater is stored in underground aquifers and is replenished by precipitation and surface water sources.
groundwater has more freshwater than rivers and lakes
Approximately 97% of Earth's water is salt water, found in oceans, seas, and saltwater lakes. Only about 3% of Earth's water is freshwater, found in rivers, lakes, groundwater, and glaciers.
In glaciers. There is more frozen fresh water than in all the lakes and streams. Glacial melting also causes the desalination of the ocean, which is a bad thing. so we want the fresh water to stay in the glaciers
Salt and freshwater are not nutrients.
Freshwater
An interesting fact about the freshwater biome is that it covers less than 1% of the Earth's surface but is home to more than 40% of all fish species.