Yes. All radii of the same circle have the same length.
What the word congruent and circle have in common is that circles have a congruent radii. All of the radii in a single circle is congruent to each other.
Yes
Yes, providing that the radii are all in the same circle
Yes. That is obvious from the definition of a circle (or one possible definition): the set of all points in a plane that are at the same distance from a given point (the center of the circle).
Yes. All radii of the same circle have the same length.
Yes, all of the radii in a single circle are congruent.
What the word congruent and circle have in common is that circles have a congruent radii. All of the radii in a single circle is congruent to each other.
Yes
Yes, providing that the radii are all in the same circle
Yes. That is obvious from the definition of a circle (or one possible definition): the set of all points in a plane that are at the same distance from a given point (the center of the circle).
Yes providing they have the same cicumference
Yes providing that they are in the same circle
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.
Yes, all radii of a circle have the same length. One often thinks of the radius as being this length.
yes
The plural of 'radius' is 'radii', not 'radiuses'. A circle has an infinite number of radii, but they are all of the same length.