Home
Class 12
MATHS
For a regular polygon , let r and R be t...

For a regular polygon , let r and R be the radii of the inscribed and circumscribed circles. A false statement among the following is

Promotional Banner

Similar Questions

Explore conceptually related problems

For a regular polygon, let r and R be the radii of the inscribed and the circumscribed circles. A false statement among the following is

For a regular polygon, let r and R be the radii of the inscribed and the circumscribed circles. A false statement among the following is

For a regular polygon, let r and R be the radii of the inscribed and the circumscribed circles. A false statement among the following is There is a regular polygon with r/R=1/(sqrt(2)) (17) There is a regular polygon with r/R=2/3 (30) There is a regular polygon with r/R=(sqrt(3))/2 (47) There is a regular polygon with r/R=1/2 (60)

For a regular polygon, let r and R be the radii of the inscribed and the circumscribed circles. A false statement among the following is There is a regular polygon with r/R=1/(sqrt(2)) (17) There is a regular polygon with r/R=2/3 (30) There is a regular polygon with r/R=(sqrt(3))/2 (47) There is a regular polygon with r/R=1/2 (60)

For a regular polygon, let r and R be the radii of the inscribed and the circumscribed circles. A false statement among the following is There is a regular polygon with r/R=1/(sqrt(2)) (17) There is a regular polygon with r/R=2/3 (30) There is a regular polygon with r/R=(sqrt(3))/2 (47) There is a regular polygon with r/R=1/2 (60)

For a regular polygon, let r and R be the radii of the inscribed and the cirumscribed circles, respectively. A false statement among the following is (a)there is a regular polygon with r/R=1/2 (b)there is a regular polygon with r/R=(1)/(sqrt2) (c)there is a regular plygon with r/R =2/3 (d)there is a regular plygon with r/R=(sqrt3)/(2)