in the atmosphere, nitric oxide forms when a lightning strike causes nitrogen gas to react with oxygen…

in the atmosphere, nitric oxide forms when a lightning strike causes nitrogen gas to react with oxygen gas.\nconsider the following reaction:\n1 molecule of nitrogen (n₂) reacts with 1 molecule of oxygen (o₂) to produce some amount of nitric oxide (no).\nto find the amount of nitric oxide produced, first determine the number of each type of atom in the products.\nhint: during a chemical reaction, atoms are not created, destroyed, or changed from one chemical element to another.\nchemical element|number of atoms in reactants|number of atoms in products\nn|2|\no|2|

in the atmosphere, nitric oxide forms when a lightning strike causes nitrogen gas to react with oxygen gas.\nconsider the following reaction:\n1 molecule of nitrogen (n₂) reacts with 1 molecule of oxygen (o₂) to produce some amount of nitric oxide (no).\nto find the amount of nitric oxide produced, first determine the number of each type of atom in the products.\nhint: during a chemical reaction, atoms are not created, destroyed, or changed from one chemical element to another.\nchemical element|number of atoms in reactants|number of atoms in products\nn|2|\no|2|

Answer

Explanation:

Step1: Apply law of conservation of mass

According to the law of conservation of mass, the number of atoms of each element in the reactants is equal to the number of atoms of that element in the products in a chemical - reaction.

Step2: Determine number of nitrogen atoms in products

Since there are 2 nitrogen atoms in the reactants ($N_2$), the number of nitrogen atoms in the products is 2.

Step3: Determine number of oxygen atoms in products

Since there are 2 oxygen atoms in the reactants ($O_2$), the number of oxygen atoms in the products is 2.

Answer:

N: 2 O: 2