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Approximately 97% of the Earth's water is salt water, primarily contained in the oceans. The remaining 3% is freshwater, which is found in glaciers, ice caps, groundwater, and surface water bodies like rivers and lakes. The vast majority of salt water, about 99%, is stored in the oceans, while only a small fraction is found in saline lakes and underground aquifers. This distribution highlights the limited availability of freshwater resources compared to salt water.

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1w ago

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What is the hypothesis for salt water energy?

The hypothesis for salt water energy could be that salt water contains ions that can generate electricity through a process called saltwater battery technology. This hypothesis suggests that by harnessing the energy stored in the ions in salt water, it is possible to create a renewable and sustainable energy source.


Can salt mack water stay cold?

No, salt water does not have any special ability to stay colder longer than regular water. The temperature retention of the water would depend on factors such as the initial temperature, the container it's stored in, and the surrounding environment.


Can you keep an eyeball in salt water?

No, storing a human eyeball in salt water would not preserve it. Eyeballs require specific preservation methods if they need to be stored for a longer period, such as in formaldehyde solution.


Where is most water stored in the water cycle?

The majority of water in the water cycle is stored in the world's oceans. Oceans hold about 97% of Earth's water. Groundwater, ice caps and glaciers, lakes, and rivers also store water in smaller amounts.


When salt is dissolved in water and stored for longer time?

When salt is dissolved in water, it dissociates into sodium and chloride ions, creating a saline solution. If this solution is stored for an extended period, the water may eventually evaporate, leading to the crystallization of salt as the concentration increases. Additionally, if not sealed properly, contaminants from the environment could affect the solution. However, the dissolved ions remain stable unless subjected to significant changes in temperature or pH.