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Tangency of three circles

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Tangency of three circles
B elow is how I created the sketch shown in the other attachment:

1. Create two tangent circles with centers A and B. For convenience sake, let circle A have the larger radius.

2. Find the midpoint of segment AB. Call it M.

3. Draw the circle with center M passing through A and B. Label this circle's lower intersection point with circle A as F and that with circle B as G.

4. Draw the circle whose center is F that passes through G and the circle whose center is G that passes through F -- the classic Euclidean construction of an equilateral triangle.

5. Label the lower intersection point of circles F and G as P. Connect P to A and label the intersection of segment PA and circle A as X. Connect P to B and label the intersection of segment PB and circle B as Y.

The circle whose center is P that passes through X and Y appears to be tangent to the original circles A and B. Please prove why this is

See attachment for sketch.

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This solution is comprised of a detailed explanation for finding the solution of Tangency of three circles. It contains step-by-step explanation for finding the solution of the Tangency of three circles. Solution contains detailed step-by-step explanation.

Solution provided by:
Thokchom Sarojkumar Sinha, MSc
Education
  • BSc, Manipur University
  • MSc, Kanpur University
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