Lithium hydroxide is a stronger base (dissociates more completely) than ammonium hydroxide.
Examples: sodium carbonate, lithium chloride, potassium hydroxide, ammonium bromide, etc.
sodium is a softer metal than lithium.
Lithium is more reactive to water than magnesium because while Lithium will explode and generally destroy the container it is in, magnesium will cause the water to violently bubble.
There are a lot more than five compounds of lithium.
Lithium is more reactive than Neon.
Li3N..as the conjugate base N3- is stonger than C2 (2-)
when nbutyl lithium is react with ammonium chloride gives LiCl and butane ,ammonia
because it has more negative enthalpy of hydration
No reaction occurs
if the ion that is already with the hydroxide is stronger which is general the case, ammonium hydroxide and a metal sulfate will me formed.
It depends completely on what you are using it for. It is slightly toxic, and it is also a strong oxidizer (I think it's even stronger than ammonium perchlorate). Mixing it with metal powders or combustible materials can cause an explosion.
ammonium nitride is a water soluble solid. it is formed (or so Ive read) by the double displacement reaction between lithium nitride and ammonium nitrate, leaving lithium nitrate and ammonium nitride. it is highly unstable and will explode violently if heated vigorously but can be made to decompose slowly if gently heated to around 100 degrees, for that reason i am guessing it would be safer to boil a dilute solution of the compound, but this may still be dangerous.
Examples: sodium carbonate, lithium chloride, potassium hydroxide, ammonium bromide, etc.
Examples: sodium chloride, uranyl nitrate, potassium sorbate, lithium oxalate, silver chloride, ammonium phosphate, lithium fluoride, potassium dichromate etc.
The use of a lithium thickener assists in increasing the range of operating stability, and the ability of a lithium grease to cope, for example, with movement from conditions of Low Temperature to High Temperature is outstanding.
sodium is a softer metal than lithium.
Lithium is more reactive to water than magnesium because while Lithium will explode and generally destroy the container it is in, magnesium will cause the water to violently bubble.