A circle is inscribed in a square, while a hexagon is inscribed in the circle and an equilateral triangle inscribed inside the hexagon. All are regular polygons. If a, b, c and d are lengths of the square, circular, hexagonal and triangular tracks respectively, then which of the following is true?

A circle is inscribed in a square, while a hexagon is inscribed in the

1.	A circle is inscribed in a square, while a hexagon is inscribed in the circle and an equilateral triangle inscribed inside the hexagon. All are regular polygons. If a, b, c and d are lengths of the square, circular, hexagonal and triangular tracks respectively, then which of the following is true?
Answer» A circle is inscribed in a square, while a hexagon is inscribed in the circle and an equilateral triangle inscribed inside the hexagon. All are regular polygons. If a, b, c and d are lengths of the square, circular, hexagonal and triangular tracks respectively, then which of the following is true?

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A circle is inscribed in a square, while a hexagon is inscribed in the circle and an equilateral triangle inscribed inside the hexagon. All are regular polygons. If a, b, c and d are lengths of the square, circular, hexagonal and triangular tracks respectively, then which of the following is true?

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