Given that `a , b , c ,` are the side of a ` A B C` which is right angled at `C ,` then the minimum value of `(c/a+c/b)^2` is

Given that a,b,c are the sides of a triangleABC which is right angled at vertex C, then the minimum value of: (c/a + c/b)^(2) is:

Given that a,b,c, are the side of a ABC which is right angled at C, then the minimum value of ((c)/(a)+(c)/(b))^(2) is

Given that a, b, c are the sides of Delta ABC which is right angled at vertex C, then the minimum value of ((c )/(a)+(c )/(b))^(2) is

If a,b,c,d are the side of a quadrilateral, then find the the minimum value of (a^(2)+b^(2)+c^(2))/(d ^(2))

If a,b and c are the side of a triangle,then the minimum value of (2a)/(b+c-a)+(2b)/(c+a-b)+(2c)/(a+b-c) is 3 (b) 9(c)6(d)1

If a , b and c are the side of a triangle, then the minimum value of (2a)/(b+c-a)+(2b)/(c+a-b)+(2c)/(a+b-c)i s (a) 3 (b) 9 (c) 6 (d) 1

If a , ba n dc are the side of a triangle, then the minimum value of (2a)/(b+c-a)+(2b)/(c+a-b)+(2c)/(a+b-c)i s (a) 3 (b) 9 (c) 6 (d) 1

If a , ba n dc are the side of a triangle, then the minimum value of (2a)/(b+c-a)+(2b)/(c+a-b)+(2c)/(a+b-c)i s (a) 3 (b) 9 (c) 6 (d) 1