The equation for this reaction is 3 Ca + N2 -> Ca3N2. The gram molecular mass of Ca3N2 is 148.25, and the gram Atomic Mass of Ca is 40.08. Therefore, the amount of Ca3N2 that could theoretically be formed from 56 grams of calcium is 56(148.25)/(3 X 40.08) or 69.10 grams. The percentage yield is therefore 100(32)/(69.10) or 46 %, to the justified number of significant digits.
The actual chemical formula for calcium nitride is Ca3N2 and not CaN2. The oxidation numbers are +2 for each calcium and -3 for each nitrogen (as it is nitride ion)
6 Li + N2 --> 2 Li3N , lithium nitride
3Ca + N2 = Ca3N2
The formula unit for calcium nitride is Ca3N2. That would be 3 atoms of calcium and 2 atoms of nitrogen, for a total of 5 atoms in a formula unit.
The formula is Ca3N2: Calcium forms divalent cations and nitrogen forms trivalent anions.
Nitrogen is in the 3- oxidation state in calcium nitride.
The chemical symbol of calcium is Ca. The chemical symbol of nitrogen is N. The chemical formula of calcium nitride is Ca3N2.
Ca= Calcium N= Nitrogen its Ca3N2 not Ca3N27 if its Ca3N2 so it will be Calcium Nitride
This is the chemical formula of calcium nitride.
The actual chemical formula for calcium nitride is Ca3N2 and not CaN2. The oxidation numbers are +2 for each calcium and -3 for each nitrogen (as it is nitride ion)
6 Li + N2 --> 2 Li3N , lithium nitride
Ca3N2, calcium nitride, containing Ca2+ and N3-
3Ca + N2 = Ca3N2
The formula unit for calcium nitride is Ca3N2. That would be 3 atoms of calcium and 2 atoms of nitrogen, for a total of 5 atoms in a formula unit.
calcium nitride is ionic.
Calcium nitride is Ca3N2
The formula is Ca3N2: Calcium forms divalent cations and nitrogen forms trivalent anions.