To solve this problem, we need to analyze the information given about the angles \( \angle LMN \), \( \angle LMO \), and \( \angle OMN \).
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Given Information:
- \( m\angle LMN = 46^\circ \)
- \( m\angle LMO = 22^\circ \)
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Finding \( m\angle OMN \):
- Since \( LMO \) and \( OMN \) are adjacent angles that together form \( \angle LMN \): \[ m\angle LMN = m\angle LMO + m\angle OMN \]
- Substituting the known values: \[ 46^\circ = 22^\circ + m\angle OMN \]
- To find \( m\angle OMN \), we subtract \( 22^\circ \) from \( 46^\circ \): \[ m\angle OMN = 46^\circ - 22^\circ = 24^\circ \]
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Now, evaluate the given statements:
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Statement 1: \( m\angle LMN < m\angle LMO \)
- This is false because \( 46^\circ > 22^\circ \).
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Statement 2: \( m\angle OMN \) is half of \( m\angle LMN \)
- \( m\angle OMN = 24^\circ \) which is not half of \( 46^\circ \) (half would be \( 23^\circ \)). This statement is false.
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Statement 3: \( m\angle OMN = m\angle LMN − m\angle LMO \)
- We calculated \( m\angle OMN = 24^\circ \) and confirmed that: \[ m\angle LMN - m\angle LMO = 46^\circ - 22^\circ = 24^\circ \]
- This statement is true.
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Statement 4: \( m\angle OMN + m\angle LMN = 180^\circ \)
- \( m\angle OMN + m\angle LMN = 24^\circ + 46^\circ = 70^\circ \), which is not equal to \( 180^\circ \). This statement is false.
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The only true statement about the relationship of the angles is:
\( m\angle OMN = m\angle LMN - m\angle LMO \).