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1 and 2 only
1 and 3 only
2 and 3 only
Statement 1: Ice-VII, a form of ice, is formed in diamond. Diamonds often pick up molecules during their formation deep in the Earth. These so-called inclusions can affect the quality or color of the diamond, but sometimes the inclusion is just water. One interesting property of diamonds is the internal structures don’t relax when they leave the high- pressure mantle. So, the water inside a diamond remains compressed, even though it’s technically in a liquid state. Statement 2: A Commonly used form of Ice is called as ice-I. When water freezes, the oxygen atoms move into a hexagonal arrangement. That’s why ice expands and has lower density than water. Compressing ice can change the shape of the crystals, turning ice-I into ice- II (rhombus-shaped crystals), ice-III (tetragonal crystals), and so on. Statement 3: The formation of ice-VII doesn’t require freezing temperatures — as long as the pressure is high enough, ice-VII can form at room temperature.
By: kamaljeet kaur ProfileResourcesReport error
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