`3Mg(s)+N_(2)(g)toMg_(3)N_(2)`

Balance the following chemical equations : Mg+N_(2)toMg_(3)N_(2)

The mass of Mg_(3)N_(2) produced if 48 gm metal is reacted with 34 gm NH_(3) gas is Mg + NH_(3) to Mg_(3)N_(2) + H_(2)

24 gm pure sample of magnesium is burnt in air to form magnesium oxide and magnesium nitride. When products are treated with excess of H_(2)O , 3.4 gm of gaseous NH_(3) is generated according to given reactions. Mg+O_(2) rarr MgO Mg+N_(2)rarr Mg_(3)N_(2) Mg_(3)N_(2)+ 6H_(2)O rarr 2Mg(OH)_(2)+2NH_(3) Calculate the amount of magnesium oxide (in gm) in products.

Which of the following compounds are ionic ? (i) Li_(3)N , (ii) Be_(3)N_(2) (iii) Mg_(3)N_(2) (iv) Ca_(3)N_(2)

In the reaction 3Mg+N_(2)rarrMg_(3)N_(2)