Which products are formed during the decomposition of magnesium nitride (mg3n2)? a. mg + 3n2 b. 3mg + 2n2 c. mg + 3n d. 3mg + n2 e. 2mg + 3n

Decomposition reactions involve the breaking down of compounds to form smaller molecules or elements.

Thus, magnesium nitride will decompose to form elemental magnesium and nitrogen gas

Mg₃N₂  → Mg + N₂

The reaction now needs to be balanced, such that the number of Mg and N atoms in the reactants is equal to that of the products.

Balanced reaction:

Mg₃N₂ → 3Mg + N₂

Ans (D)

The product   that are  formed   during  the decomposition  of magnesium nitride    is   3Mg + N2  ( answer D)

    Explanation

  magnesium  nitride   decompose  to form  magnesium  and nitrogen  according to   equation below.

 Mg3N2  → 3Mg  +N2

According to reaction above  1 mole of Mg3N2  decomposes  to  form     3  moles of Mg  and  1   moles  of N2

if the concentration of products is decreased, the equilibrium will shift toward the products). add an inert gas (one that is not involved in the reaction) to the constant-volume reaction mixture: this will increase the total pressure of the system, but will have no effect on the equilibrium condition.

explanation:

b is the correct answer

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