Yes, all of the radii in a single circle are congruent.
The plural of 'radius' is 'radii', not 'radiuses'. A circle has an infinite number of radii, but they are all of the same length.
Yes, all radii of a circle have the same length. One often thinks of the radius as being this length.
Yes providing that they are in the same circle
A part of a circle enclosed by two radii is called a sector.
All the radii of a circle are of equal length. The radius is the distance from the center of the circle to the out edge. Having equal radii is what defines a circle.
Yes, providing that the radii are all in the same circle
All radii of a circle are equal and all chords are line segments.
Yes, all radii of a given circle have the same length. A circle is defined as all the points on a plane that have a specified distance from a given point, called the center. Any segment from the center to the circle is called a radius (plural radii). Thus, by definition, all such segments (all radii) have the same length.
Yes, all of the radii in a single circle are congruent.
true
Well, the equation for finding the circumfrence of a circle is (diameter)(pi). That is diameter times pi. since the diameter of a circle is 2 radii, we can say that there is 2(pi) radii in a circle.
Yes. Make sure you mean circle and not ellipse or something though because then the answer would be no.
Yes. All radii of the same circle have the same length.
NO. All the radii of a circle are of exactly the same length. In fact, that is the definition of the locus of a point describing a circle.
NoneAdditional Information:-Unless it is the diameter of the circle which is its the largest chord then it will have a length equal to two radii (but the chord itself has no radii).
The plural of 'radius' is 'radii', not 'radiuses'. A circle has an infinite number of radii, but they are all of the same length.