QuestionJuly 26, 2025

Which of the following is a possible way to describe the NO_(2) component in the reaction below? N_(2)(g)+2O_(2)(g)arrow 2NO_(2)(g) 1LNO_(2) 4 moles NO NO_(2) 2 molecules of NO_(2) 2 atoms NO_(2)

Which of the following is a possible way to describe the NO_(2) component in the reaction below? N_(2)(g)+2O_(2)(g)arrow 2NO_(2)(g) 1LNO_(2) 4 moles NO NO_(2) 2 molecules of NO_(2) 2 atoms NO_(2)
Which of the following is a
possible way to describe the NO_(2)
component in the reaction below?
N_(2)(g)+2O_(2)(g)arrow 2NO_(2)(g)
1LNO_(2)
4 moles NO NO_(2)
2 molecules of NO_(2)
2 atoms NO_(2)

Solution
4.1(285 votes)

Answer

None of the options correctly describe the NO_{2} component in the reaction. Explanation 1. Analyze the Reaction The balanced equation shows that 2 moles of NO_{2} are produced from N_{2} and O_{2}. 2. Evaluate Each Option - **1L NO_{2}**: Volume is not directly related to moles without conditions (e.g., temperature, pressure). - **4 moles NO_{2}**: Incorrect; only 2 moles are produced. - **2 molecules of NO_{2}**: Incorrect; reactions typically involve large numbers of molecules. - **2 atoms NO_{2}**: Incorrect; NO_{2} is a molecule, not an atom.

Explanation

1. Analyze the Reaction<br /> The balanced equation shows that 2 moles of $NO_{2}$ are produced from $N_{2}$ and $O_{2}$.<br /><br />2. Evaluate Each Option<br /> - **1L $NO_{2}$**: Volume is not directly related to moles without conditions (e.g., temperature, pressure).<br /> - **4 moles $NO_{2}$**: Incorrect; only 2 moles are produced.<br /> - **2 molecules of $NO_{2}$**: Incorrect; reactions typically involve large numbers of molecules.<br /> - **2 atoms $NO_{2}$**: Incorrect; $NO_{2}$ is a molecule, not an atom.
Click to rate:

Similar Questions