S Elements are attracted to P element H20 for example, 2 elements combining Hydrogen with a Electronegative elements. If 2 Electropositive element come together they push away from each other. If you combine Hydrogen with Lithium they do both condense like (S + P) and repel like (S + S) its a phenomenon. These elements combine increasing the stability of hydrogen while increasing pressurized tanks. Its not talked about because its used in nuclear testing and weapons.
6 Li + N2 --> 2 Li3N , lithium nitride
The chemical formula of lithium nitride is Li3N; the ratio Li/N is 3.
H3N
Ionic, but with covaelnt character.. Lithium nitride is the only stable alkali metal nitride, it has an usual structure with 8 nitrogen atoms around each lithium ion. the small size of Li+ will cause significnt distortion of the electron cloud aroud the N3- ions leading to the "covalent" character.
Li+1 NO2-1
Li3N is lithium nitride
Lithium Nitride
Li3P is an unstable compound. It would be named lithium phosphide, or if using the prefix notation, it would be called trilithium phosphide.
6 Li + N2 --> 2 Li3N , lithium nitride
The chemical name for LiN is lithium nitride.
0,25 moles lithium nitride are obtained.
The chemical formula for lithium nitride is Li3N.
The name of the binary ionic compound Li3N is lithium nitride.
electronegativity increaseas as one goes up from the bottom of the periodic table lithium and Hydrogen have very different electronagativity values. lithim must donate a electron to hydrogen to obtain a noble gas configuration as well as hydrogen will also accept electron from lithium to achieve the configuration of a noble gas. with that being said Lih is an ionic bond.
The balanced chemical equation is 6Li + N2 -> 2Li3N. This means 6 moles of lithium react with 1 mole of nitrogen to produce 2 moles of lithium nitride. Therefore, 1.450 moles of lithium will produce 0.483 moles of lithium nitride.
Lithium nitride (Li3N) is an inorganic compound used in the production of ceramics and as a hydrogen storage material. Lithium nitrate (LiNO3) is a salt commonly used in pyrotechnics, as a fertilizer additive, and in the manufacture of different types of glass and ceramics. The main difference between the two is their chemical composition and properties.
For every mole of lithium reacting, one mole of lithium nitride is produced following the balanced chemical equation. Therefore, 0.450 mol of lithium reacting produces 0.450 mol of lithium nitride.