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What is the region of a circle bounded by a central and its corresponding arc?
sector
What is the name of part of a circle bounded by an arc and two radii?
central angle A sector
What is a shape bounded by a continuous line which is always 5he same distance from the center?
A circle
What is shape bounded by a continuous line which is always the same distance form the center?
a circle
What is a central angle?
Central Angle An angle in a circle with vertex at the circle's center.
What is the region of a circle bounded by a central and its corresponding arc?
sector
What is the region of a circle bounded by a central angle and its corresponding arc called?
It is called a sector.
What is the name of part of a circle bounded by an arc and two radii?
central angle A sector
What is a shape bounded by a continuous line which is always 5he same distance from the center?
A circle
What is shape bounded by a continuous line which is always the same distance form the center?
a circle
What is a central angle?
Central Angle An angle in a circle with vertex at the circle's center.
What are the central angles of a circle?
The central angle is the angle that has its vertex at the center of the circle.
What is an arc central angle and radius of the circle?
Radius: A line from the center of a circle to a point on the circle. Central Angle: The angle subtended at the center of a circle by two given points on the circle.
What is an angle in a circle whose vertex is at the center of the circle?
Central Angle
What is a central angle in a circle?
An angle that's vertex is on the center of the circle.
What is the central angle of the circle?
An angle with its vertex on the center point of the circle.
What is a region bounded by an arc and two radii to the arcs endpoint?
The region bounded by an arc and two radii to the arc's endpoints is known as a sector of a circle. It resembles a "slice" of the circle, with the arc serving as the curved edge and the two radii as the straight edges extending from the center of the circle to the endpoints of the arc. The area of this sector can be calculated based on the angle subtended by the arc at the center and the radius of the circle.
