To analyze the given angles, we know the following:
- \( m\angle LMN = 46^\circ \)
- \( m\angle LMO = 22^\circ \)
Since angles \( LMO \) and \( OMN \) are adjacent to angle \( LMN \), we can find \( m\angle OMN \) by using the relationship between the angles:
\[ m\angle LMN = m\angle LMO + m\angle OMN \]
Substituting the values we have:
\[ 46^\circ = 22^\circ + m\angle OMN \]
To find \( m\angle OMN \):
\[ m\angle OMN = 46^\circ - 22^\circ = 24^\circ \]
Now we can evaluate each of the response statements:
-
m∠LMN < m∠LMO:
\( 46^\circ < 22^\circ \) is false. -
m∠OMN + m∠LMN = 180°:
\( 24^\circ + 46^\circ = 70^\circ \), not \( 180^\circ \). This statement is false. -
m∠OMN is half of m∠LMN:
\( 24^\circ \) is not half of \( 46^\circ \) (half of \( 46^\circ \) is \( 23^\circ \)). This statement is false. -
m∠OMN = m∠LMN - m∠LMO:
\( 24^\circ = 46^\circ - 22^\circ \) is true.
The correct statement is:
m∠OMN = m∠LMN - m∠LMO.