Balance the following chemical equations and identify the missing substances A, B, C, and D: NH3 + Cl2 → A + N2

Here are the balanced equations and the missing substances A, B, C, and D: a. NH_3 + Cl_2 → A + N_2 1. Identify product A: Since N_2 is formed, and the reactants are NH_3 and Cl_2, the remaining atoms (H and Cl) must form HCl. So, A = HCl. 2. Balance N: There are 2 N atoms in N_2 on the right, so we need 2 NH_3 on the left. 2NH₃ + Cl₂ HCl + N₂ 3. Balance H: There are $

Balance the following chemical equations and identify the missing substances A, B, C, and D: NH3 + Cl2 → A + N2

Here are the balanced equations and the missing substances A, B, C, and D: a. NH_3 + Cl_2 → A + N_2 1. Identify product A: Since N_2 is formed, and the reactants are NH_3 and Cl_2, the remaining atoms (H and Cl) must form HCl. So, A = HCl. 2. Balance N: There are 2 N atoms in N_2 on the right, so we need 2 NH_3 on the left. 2NH₃ + Cl₂ HCl + N₂ 3. Balance H: There are $

Solved: Balance the following chemical equations and…

Here are the balanced equations and the missing substances A, B, C, and D:

a. NH $_3$ + Cl $_2$ → A + N $_2$

Identify product A: Since N $_2$ is formed, and the reactants are NH $_3$ and Cl $_2$ , the remaining atoms (H and Cl) must form HCl. So, A = HCl.
Balance N: There are 2 N atoms in N $_2$ on the right, so we need 2 NH $_3$ on the left. $\text{2NH}_3 + \text{Cl}_2 \longrightarrow \text{HCl} + \text{N}_2$
Balance H: There are $

Balance the following chemical equations and identify the missing substances A, B, C, and D: NH3 + Cl2 → A + N2

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