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If two circles had the same radius and intersected at exactly one point how would you find the distance between the two centers of the circle?
Wiki User
∙ 13y ago
Multiply the radius by 2.
Wiki User
∙ 13y ago
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What are tangent circles?
Tangent circles are circles that touch one another without crossing. The distance between the centres of the circles must be equal to the difference or the sum of their radii.
What is a tangent intersecting the segment joining the centers of the two circles?
They are the common tangents to the circles.
When are two circles concentric?
When they have the same centre. As a consequence, the distance between the two circles, along any common radial ray, is a constant.
Define common internal tangent of 2 circles?
it intersects the segment joining the centers of two circles
What is a formula for the distance between two concentric circles between any point on either circle?
Distance=Sqrt[(x1-x2)^2+(y1-y2)^2]
What are tangent circles?
Tangent circles are circles that touch one another without crossing. The distance between the centres of the circles must be equal to the difference or the sum of their radii.
When are two coplanar circles concentric?
When the centers of both the circles are at the same point.
What are concentrict circles?
They're circles that may have different sizes but their centers are at the same point.
What is a tangent intersecting the segment joining the centers of the two circles?
They are the common tangents to the circles.
When are two circles concentric?
When they have the same centre. As a consequence, the distance between the two circles, along any common radial ray, is a constant.
Define common internal tangent of 2 circles?
it intersects the segment joining the centers of two circles
What is a formula for the distance between two concentric circles between any point on either circle?
Distance=Sqrt[(x1-x2)^2+(y1-y2)^2]
Does a square have a center or do only circles have centers?
A square does have a centre.
How do you find an internal tangent of 2 circles?
you draw a triangle formed by the centers of the two circles and use pythagoean theorem
Which of the following circles have their centers in the second quadrant?
clarify your question a bit man !
Circles circumscribed about a given triangle will all have centers equal to the incenter but can have different radii?
Yes, that is correct. Circles circumscribed about a given triangle will have centers that are equal to the incenter, which is the point where the angle bisectors of the triangle intersect. However, the radii of these circles can vary depending on the triangle's size and shape.
The distance across is the circles?
The longest distance across a circle is its diameter
