To determine the correct statement about the angles, let's analyze the information provided.
- You know that \( m∠LMN = 46° \).
- You also know that \( m∠LMO = 22° \).
To find \( m∠OMN \), we can use the relationship between the angles:
Since \( ∠LMN \) is the sum of \( ∠LMO \) and \( ∠OMN \), we can write the equation:
\[ m∠LMN = m∠LMO + m∠OMN \]
Substituting the known values:
\[ 46° = 22° + m∠OMN \]
Now, we can solve for \( m∠OMN \):
\[ m∠OMN = 46° - 22° \] \[ m∠OMN = 24° \]
With this information, let's evaluate the provided responses:
-
m∠OMN + m∠LMN = 180°: This is not true because \( m∠LMN + m∠OMN = 46° + 24° = 70°\).
-
m∠OMN is half of m∠LMN: This is false because \( m∠OMN = 24°\) which is not half of \( 46°\).
-
m∠OMN = m∠LMN − m∠LMO: This is true because \( m∠OMN = 46° - 22° = 24°\).
-
m∠LMN < m∠LMO: This is false because \( 46° > 22°\).
The correct statement is:
m∠OMN = m∠LMN − m∠LMO.