jason combines the two intermediate steps shown. n2(g)+o2(g)→2no(g) 2no(g)+o2(g)→2no2(g) which best…

jason combines the two intermediate steps shown. n2(g)+o2(g)→2no(g) 2no(g)+o2(g)→2no2(g) which best describes what jason should do with the oxygen molecules? place two of them as products. place two of them as reactants. cancel them out because there is one in each equation. double them because there is one in each equation.

jason combines the two intermediate steps shown. n2(g)+o2(g)→2no(g) 2no(g)+o2(g)→2no2(g) which best describes what jason should do with the oxygen molecules? place two of them as products. place two of them as reactants. cancel them out because there is one in each equation. double them because there is one in each equation.

Answer

Explanation:

Step1: Analyze the two - step reactions

The first reaction is $N_2(g)+O_2(g)\longrightarrow2NO(g)$ and the second is $2NO(g)+O_2(g)\longrightarrow2NO_2(g)$.

Step2: Combine the reactions

When we combine these two reactions, we add the left - hand sides and the right - hand sides together. The $2NO(g)$ in the first reaction product and the $2NO(g)$ in the second reaction reactant cancel out. The overall reaction is $N_2(g)+2O_2(g)\longrightarrow2NO_2(g)$. So we place two oxygen molecules as reactants.

Answer:

Place two of them as reactants.