It reacts violently with potassium and caesium. This reaction is so strong that it is possible that usually it could light on fire to a yellowish color. Rubidium acts violently with many things like gold, cesium, sodium, and potassium. The density at room temperature of rubidium is exactly 1.532g cm -3 and the density of rubidium at its liquid state is 1.46g cm -3. The melting point of this element is 312.46 K, 39.31 C °, and 102.76 ° F and the boiling point is 961 K, 688C °, and 1270 ° F to be exact. Rubidium for me is a type of element that is very dramatic because it reacts with many other elements and is a good conductor of electricity which can generate an electrical current. Rubidium can conduct electricity because its ions forms heat at a high temperature and goes through a magnetic field and therefore it is a good conductor of electricity. The things that I think that’s interesting about rubidium are that it is used in vacuum tubes as a material that combines
It reacts violently with potassium and caesium. This reaction is so strong that it is possible that usually it could light on fire to a yellowish color. Rubidium acts violently with many things like gold, cesium, sodium, and potassium. The density at room temperature of rubidium is exactly 1.532g cm -3 and the density of rubidium at its liquid state is 1.46g cm -3. The melting point of this element is 312.46 K, 39.31 C °, and 102.76 ° F and the boiling point is 961 K, 688C °, and 1270 ° F to be exact. Rubidium for me is a type of element that is very dramatic because it reacts with many other elements and is a good conductor of electricity which can generate an electrical current. Rubidium can conduct electricity because its ions forms heat at a high temperature and goes through a magnetic field and therefore it is a good conductor of electricity. The things that I think that’s interesting about rubidium are that it is used in vacuum tubes as a material that combines