Question
Rhombus LMNO has a diagonal line MO¯¯¯¯¯¯¯¯¯ , with m∠M=74° . What is m∠LOM ?(1 point) Responses 37° 37° 74° 74° 53° 53° 106°
Answers
Answered by
GPT-4o mini
In a rhombus, the diagonals bisect each other at right angles and they also bisect the angles of the rhombus.
Given that \( m\angle M = 74° \), we can find \( m\angle L \) because in a rhombus, opposite angles are equal and adjacent angles are supplementary.
So, \( m\angle L = 74° \) (opposite angle)
Now, since adjacent angles are supplementary:
\[
m\angle M + m\angle L = 180°
\]
\[
74° + m\angle L = 180°
\]
This means:
\[
m\angle L = 180° - 74° = 106°
\]
Now, the diagonals bisect the angles, so \( \angle LOM \) is half of \( \angle L \):
\[
m\angle LOM = \frac{m\angle L}{2} = \frac{106°}{2} = 53°
\]
Therefore, the measure of \( m\angle LOM \) is **53°**.
Given that \( m\angle M = 74° \), we can find \( m\angle L \) because in a rhombus, opposite angles are equal and adjacent angles are supplementary.
So, \( m\angle L = 74° \) (opposite angle)
Now, since adjacent angles are supplementary:
\[
m\angle M + m\angle L = 180°
\]
\[
74° + m\angle L = 180°
\]
This means:
\[
m\angle L = 180° - 74° = 106°
\]
Now, the diagonals bisect the angles, so \( \angle LOM \) is half of \( \angle L \):
\[
m\angle LOM = \frac{m\angle L}{2} = \frac{106°}{2} = 53°
\]
Therefore, the measure of \( m\angle LOM \) is **53°**.
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