The hypothesis goes that the intense heat and pressure thousands of kilometres below the surface of these ice giants should split apart hydrocarbon compounds, with the carbon compressing into diamond and sinking even deeper towards the planetary cores.
Take the conundrum, for example, of how the chemical reactions inside of Neptune and Uranus may cause diamonds to rain down on the planets' cores. Under immense pressure deep below the planets' surfaces, carbon and hydrogen atoms are smushed together, forming the crystals. ... Pressure within the material also skyrocketed.
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Answer:
The hypothesis goes that the intense heat and pressure thousands of kilometres below the surface of these ice giants should split apart hydrocarbon compounds, with the carbon compressing into diamond and sinking even deeper towards the planetary cores.
Explanation:
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Answer:
Take the conundrum, for example, of how the chemical reactions inside of Neptune and Uranus may cause diamonds to rain down on the planets' cores. Under immense pressure deep below the planets' surfaces, carbon and hydrogen atoms are smushed together, forming the crystals. ... Pressure within the material also skyrocketed.