[" (iii) "(sqrt(5)+sqrt(2))^(2)],[" Recall,"pi" is defined as the ratio of the eircumference (say o "]

Recall , pi is defined as the ratio of the circumference (say c) of a circle to its diameter (say d ) . That is , pi= ( c)/( d) . This seems to contradict the fact that pi is irrational . How will you resolve this contradiction ?

Recall, pi is defined as the ratio of the circumference (say c) of a circle to its diameter (say d). That is, pi=c/d . This seems to contradict the fact the pi is irrational How will you resolve this contradiction?

Recall, pi is defined as the ratio of the circumference (say c) of a circle to its diameter(say d). That is, pi=c/d . This seems to contradict the fact that pi is irrational. How will you resolve this contradiction?

(sqrt(5)-sqrt(2))(sqrt(5)+sqrt(2))^(2)

Recall,? is defined as the ratio of the circumference (say c) of a circle to its diameter (say d).That is,pi=(c)/(d) This seems to contradict the fact the is irrational How will you resolve this contradiction?

The radii of the base of a cylinder and a cone are in the ratio sqrt(3) : sqrt(2) and their heights are in the ratio sqrt(2) : sqrt(3) . Their volumes are in the ratio of

sqrt(sinx)+sqrt(16-x^(2)) defined on

If the area of a square is same as the area of the circle, then the ratio of their perimeters, in terms of pi , is (a) pi\ :sqrt(3) (b) 2\ :sqrt(pi) (c) 3\ :pi (d) pi\ :sqrt(2)