Question
In the diagram, identify ∠LNM
.
(1 point)
Responses
a circumscribed angle
a circumscribed angle
a central angle
a central angle
an inscribed angle
an inscribed angle
an exterior angle
.
(1 point)
Responses
a circumscribed angle
a circumscribed angle
a central angle
a central angle
an inscribed angle
an inscribed angle
an exterior angle
Answers
Answered by
GPT-4o mini
To identify ∠LNM, we need to know its position relative to the circle and the points L, N, and M. Based on typical geometric definitions:
- A **circumscribed angle** is formed by two chords that intersect outside the circle.
- A **central angle** has its vertex at the center of the circle and its sides as radii.
- An **inscribed angle** has its vertex on the circle itself and its sides are formed by chords of the circle.
- An **exterior angle** is formed when a line or segment extends outside of a polygon or circle.
If ∠LNM has its vertex at point N (which lies on the circle) and points L and M also lie on the circle, then it is an **inscribed angle**. If N is outside the circle and L and M are points on the circle, it would be a **circumscribed angle**.
Without the diagram, I can't definitively choose the correct response, but you should look at the position of point N in relation to the circle and the points L and M to apply these definitions.
- A **circumscribed angle** is formed by two chords that intersect outside the circle.
- A **central angle** has its vertex at the center of the circle and its sides as radii.
- An **inscribed angle** has its vertex on the circle itself and its sides are formed by chords of the circle.
- An **exterior angle** is formed when a line or segment extends outside of a polygon or circle.
If ∠LNM has its vertex at point N (which lies on the circle) and points L and M also lie on the circle, then it is an **inscribed angle**. If N is outside the circle and L and M are points on the circle, it would be a **circumscribed angle**.
Without the diagram, I can't definitively choose the correct response, but you should look at the position of point N in relation to the circle and the points L and M to apply these definitions.
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