WHAT IS URANUS MADE OF?
Uranus is mostly made of three pure substances and also there chemical solutions which are hydrogen, helium, and methane. Hydrogen and helium are two elements and the third, which is methane is a compound. These substances cannot be physically separated. Underneath all the substances in the atmosphere there is a big layer of hydrogen that became liquid. In the third layer there is icy water, methane, and ammonia which is a compound made of hydrogen and nitrogen. Under the third layer is the fourth and final which is the molten rock core that has a temperature of about 5,000 kelvin. The molecular dynamics simulations highlight the importance of chemistry on the properties of this complex mixture. Including the formation of large clusters of carbon and nitrogen and a possible mechanism for a compositional gradient, which may lead to a stably stratified core. In conclusion, the alloys on Uranus are stainless steel and nickel.
Uranus is mostly made of three pure substances and also there chemical solutions which are hydrogen, helium, and methane. Hydrogen and helium are two elements and the third, which is methane is a compound. These substances cannot be physically separated. Underneath all the substances in the atmosphere there is a big layer of hydrogen that became liquid. In the third layer there is icy water, methane, and ammonia which is a compound made of hydrogen and nitrogen. Under the third layer is the fourth and final which is the molten rock core that has a temperature of about 5,000 kelvin. The molecular dynamics simulations highlight the importance of chemistry on the properties of this complex mixture. Including the formation of large clusters of carbon and nitrogen and a possible mechanism for a compositional gradient, which may lead to a stably stratified core. In conclusion, the alloys on Uranus are stainless steel and nickel.