Two ideas come to mind when combining the words 'water' and 'diamonds'.
First. is an older description of colourless stones, said to be water diamonds for their clarity.
Second, is alluvial diamonds, found in river beds and in ocean water where rivers empty into them. The stones have been picked up by the water and moved downstream with other silt, after flowing over a diamond pipe.
Diamonds are hydrophobic because of their non-polar nature, which means they do not have a charge and cannot interact with water molecules. The strong covalent bonds between carbon atoms in diamonds make them highly stable and non-reactive with water. This causes water to bead up and slide off the surface of diamonds, giving them the appearance of repelling water.
Diamonds are considered more valuable than water because of their scarcity and the high demand for them as luxury goods. Additionally, diamonds have a perception of being rare, precious, and symbolizing love and commitment, which contributes to their high value in the market. Water, on the other hand, is essential for life and relatively abundant, which may impact its perceived value compared to diamonds.
Chlorine can damage diamonds by causing them to become dull or cloudy due to chemical reactions between the chlorine and the diamond. It is not recommended to expose diamonds to chlorine, such as in pools or cleaning solutions, as it can lead to discoloration or surface damage. It is best to avoid contact between diamonds and chlorine to preserve their brilliance and sparkle.
No. For their size, diamonds are heavy and will not float.
Diamonds don't 'form' in river beds or in the sea bed where some are found. Diamonds are propelled into river beds and to the sea by water that flows over the kimberlite pipe where the diamonds are formed.Diamonds found in water are generally referred to as alluvial stones, meaning deposited in the water over a long period.
No. Diamonds are formed from carbon.
Diamonds can be separated by filtering of the water solution.
No. There is no water in diamonds.
No, they do not.
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Diamonds are considered more valuable than water due to their scarcity, durability, and perceived rarity. Diamonds are mined in limited quantities, while water is abundant in comparison. Additionally, diamonds are often associated with luxury, beauty, and status, contributing to their higher perceived value.
The humans who need water will buy water; humans who have access to water may choose to purchase diamonds.
Diamonds are pure carbons held together through covalent bonding and forming a giant structure, there is no net charge on diamond so not attracted by polar water molecules and can not dissolved by water.
Diamonds are hydrophobic because of their non-polar nature, which means they do not have a charge and cannot interact with water molecules. The strong covalent bonds between carbon atoms in diamonds make them highly stable and non-reactive with water. This causes water to bead up and slide off the surface of diamonds, giving them the appearance of repelling water.
Diamonds are mined with very large trucks, tractors, milling machines and water.
No, water cannot cut diamonds. Diamonds are one of the hardest natural substances, ranking a 10 on the Mohs scale of mineral hardness. Water, even at high pressure, does not have the hardness or abrasiveness to cut through a diamond.
Rough diamonds can be separated from the surrounding materials by water, by tumbling or by crushing. This is the first step in processing mine materials containing diamonds. You can read more about these processes, below.