Nature of magnesium and lithium similarity in the following points:
1. magnesium and lithium in excess of oxygen in the combustion, the formation ofperoxides, generated only the normal oxide.
2. magnesium and lithium hydroxide can decompose when heated to the corresponding oxides.
3. magnesium and lithium carbonate are unstable, the decomposition of the corresponding oxides and release carbon dioxide gas.
4. magnesium and lithium salts, such as some fluoride, carbonate, phosphate and hydroxides are insoluble in water.
5. magnesium and lithium oxides, halides covalent is strong, can dissolve in organicsolvents such as ethanol.
6. magnesium ion and lithium ion hydration are strong.
Both are alkali metals and have one valence electrons and hence forms cations with +1 charge.
They both have a positive charge. And are alkali metals. And are both in the same family.
One electron in their valence shell. This makes them all very chemically reactive.
Both lithium and sodium are alkali metals.
Lithium , sodium and potassium has one valence electron in their respective octet. All of them have metallic properties.
there both siver
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.
Out of these metals, lithium has the strongest bonds. Aluminum has the weakest bonds and magnesium has somewhat strong bonds.
Sodium, lithium, potassium
Calcium. The first two are beryllium and magnesium.
Al-Li (Lithium) Alumel (Nickel) Duralumin (copper) Magnox (magnesium oxide) Zamak (zinc, aluminium, magnesium, copper)
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.
Magnesium Sulfate: MgSO4 Lithium Bromite: LiBrO2
Lithium
No.
Yes, it does.
Out of these metals, lithium has the strongest bonds. Aluminum has the weakest bonds and magnesium has somewhat strong bonds.
Magnesium has a higher melting point.
MgCl2 and Li are the reactants.
Yes
It is inverse.
Lithium possesses the following properties: alkali metals, valence electrons, potassium, sodium, helium, mineral oil, magnesium and lithium hydroxide.
Lithium & Magnesium