reacts violently with water造句

• Burning or molten magnesium reacts violently with water.
• It reacts violently with water, releasing oxygen.
• Concentrated hydrofluoric acid reacts violently with water; the products would then contaminate the experiment.
• Aluminium reacts violently with water or steam at high temperatures, releasing hydrogen and oxidizing in the process.
• These reactions are usually carried out in organic solvents; AlCl 3, for example, reacts violently with water.
• However, lithium metal reacts violently with water and thus the aqueous design requires a solid electrolyte interface between the lithium and electrolyte.
• Alkali metals react violently with water or even moist air to generate hydrogen, which can then be ignited by the heat of the reaction.
• Note that pure sodium ( not sodium chloride / table salt ) reacts violently with water, but, again, the energy released may well come from the sodium.
• When researching sources to create the article aluminum borohydride, I found a source stating that aluminum borohydride reacts violently with water, even reacting with the trace amounts of moisture in the air.
• Chloryl compounds, such as [ [ Chloryl fluoride | ] ] and [ ClO 2 ] [ RuF 6 ], are all highly reactive and react violently with water and most organic compounds.
• The compound reacts violently with water, yielding caesium hydroxide, metallic gold, and hydrogen gas; in liquid ammonia it can be reacted with a caesium-specific ion exchange resin to produce tetramethylammonium auride.
• It sounds kind of funny, but they never discussed the real mechanism of hydroxide formation in high school and secondary school so now in my 2nd year of college I have this knowledge that magnesium, sodium, potassium, lithium, etc . react violently with water but I actually have no idea how the reaction proceeds.