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Are radii of congruent circles equal?
Yes. Congruent circles by definition have the same size, and the radius sufficiently describes the size of a circle.
Are circles sometimes never or always similar?
Circles are congruent when they have the same radius and they are similar when their radii are different in lengths.
Are the Radii of congruent circles are equal True or false?
True providing that they have the same diameters
Is all radii of a circle are congruent?
Yes, all of the radii in a single circle are congruent.
Can 2 circles be congruent?
2 circles can be congruent. The have to have the same radius.
Two or more circles with congruent radii?
Are congruent circles.
Two or more circles with congruent radii are called?
Congruent circles
What is 2 circles of same radii called?
They are congruent circles
What are circles who radii have the same length?
They are congruent or identical circles
What are congruent circles?
Circles that have congruent radii. Congruent=coinciding at all points when superimposed (http://dictionary.reference.com/browse/congruent)
Are the radii of congruent circles equal?
Yes
What does the word congruent have common with a circle?
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.
Are radii of congruent circles equal?
Yes. Congruent circles by definition have the same size, and the radius sufficiently describes the size of a circle.
Are radii in all circles congruent?
Yes providing they have the same cicumference
What do you call the two or more circles having congruent radii?
A detripage
Are circles sometimes never or always similar?
Circles are congruent when they have the same radius and they are similar when their radii are different in lengths.
What do you need to know about two circles to show that they are congruent?
You need only know the radius of each circle to determine that they are congruent. If the radii are identical, the circles are identical. This can also be determined by comparing the diameters (twice the radii), or the circumferences, or the areas of the circles. In all cases, if the parameters are identical, the circles are identical.
