To determine the measurement of angle \( \angle NKI \), we can follow these steps based on the geometry of the situation:
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Understanding the angle bisectors:
- Carlos first bisected \( \angle JKI \) which measures 56 degrees. Therefore, the two angles formed are: \[ \angle JKD = \angle DKY = \frac{56^\circ}{2} = 28^\circ \]
- Now we have: \[ \angle JKM = 28^\circ \]
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Constructing the second angle bisector:
- Carlos then bisected \( \angle MKI \). The angle \( \angle MKI \) can now be calculated. Since \( M \) is on the bisector of \( \angle JKI \), the angle \( \angle MKI \) measures: \[ \angle MKI = 180^\circ - \angle JKM = 180^\circ - 28^\circ = 152^\circ \]
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Finding the measurement of angle \( \angle NKI \):
- Carlos then bisected the angle \( \angle MKI \) as well: \[ \angle NKI = \frac{152^\circ}{2} = 76^\circ \]
Now we need to correct our calculation for \( \angle NKI \):
- From \( \angle JKI = 56^\circ \), we can confirm that: \[ \angle NKI = 28^\circ \]
Therefore, the measurement of \( \angle NKI \) is \( 28^\circ \).
So, the correct response is:
- The measurement of \( \angle NKI \) is 28 degrees.