Lithium is the most reactive metal among chlorine, lithium, and nickel. Chlorine is the most reactive non-metal in the group. Nickel is relatively less reactive compared to lithium and chlorine.
When chlorine is mixed with potassium bromide solution, chlorine will displace bromine to form potassium chloride. Similarly, when chlorine is mixed with potassium iodide solution, chlorine will displace iodine to form potassium chloride. These reactions are examples of displacement reactions where a more reactive element displaces a less reactive element from its compound.
Sodium and potassium metals will burn violently when mixed with water, forming alkaline hydroxides and hydrogen gas. When mixed with kerosene, a hydrocarbon mixture, the reaction does not occur as kerosene is not reactive with these metals.
When chlorine and oxygen are mixed, they can react to form chlorine dioxide (ClO2), a red to yellow gas with a pungent odor. This reaction is often employed in water treatment and pulp bleaching processes.
When chlorine gas (Cl2) mixes with sodium (Na), it can form sodium chloride (NaCl), which is table salt. This reaction results in the displacement of one of the chlorine atoms in Cl2 by sodium, forming a stable compound. Additionally, the reaction can be violent and should be handled with caution.
When potassium hydroxide is mixed with lithium, a single displacement reaction occurs. Lithium will replace potassium in the potassium hydroxide solution, resulting in the formation of lithium hydroxide and potassium metal as products. The reaction is represented by the following chemical equation: 2Li(s) + 2KOH(aq) -> 2LiOH(aq) + 2K(s).
When chlorine is mixed with potassium bromide solution, chlorine will displace bromine to form potassium chloride. Similarly, when chlorine is mixed with potassium iodide solution, chlorine will displace iodine to form potassium chloride. These reactions are examples of displacement reactions where a more reactive element displaces a less reactive element from its compound.
It depends on what you mix, if you mixed, for example, lithium and water then the lithium would only fizz about a bit, but if you mixed francium with water then there would be a pretty big explosion ( I saw a less reactive metal blow a hole in a bath).
Sodium and potassium metals will burn violently when mixed with water, forming alkaline hydroxides and hydrogen gas. When mixed with kerosene, a hydrocarbon mixture, the reaction does not occur as kerosene is not reactive with these metals.
Chlorine, itself, is a gas. Most people think it's a liquid because of the chlorine that you would put in a swimming pool. But that is chlorine mixed with other chemicals.
Topeka
Sodium can be mixed with other metals, nonmetals, and compounds to create different combinations such as sodium chloride (table salt), sodium hydroxide (lye), and sodium bicarbonate (baking soda). It is highly reactive and can form various compounds when mixed with appropriate partners.
boom
No, you cannot use a magnet to separate nickel chloride from lead as neither of these substances are magnetic. Nickel chloride is a compound composed of nickel and chlorine atoms, while lead is a heavy metal. Separating them would require a different method such as chemical reactions, filtration, or distillation based on their physical and chemical properties.
Chlorine can react with water to produce a mixture of hydrochloric acid and hypochlorous acid. If the reaction is not controlled, the buildup of these acidic compounds can create a rapid release of gas, causing an explosive reaction. This is why chlorine should always be handled and mixed with water carefully in controlled environments.
Methane does not react with chlorine in the dark.
When chlorine and oxygen are mixed, they can react to form chlorine dioxide (ClO2), a red to yellow gas with a pungent odor. This reaction is often employed in water treatment and pulp bleaching processes.
When chlorine gas (Cl2) mixes with sodium (Na), it can form sodium chloride (NaCl), which is table salt. This reaction results in the displacement of one of the chlorine atoms in Cl2 by sodium, forming a stable compound. Additionally, the reaction can be violent and should be handled with caution.