If `a, b, c `are positive real numbers such that `ab^2c^3= 64` then minimum value of `1/a+2/b+3/c` is equal to

If a,b, care positive real numbers such that ab^(2)c^(3)=64 then minimum value of (1)/(a)+(2)/(b)+(3)/(c) is equal to

Ifa, b, c are positive real number such that ab^(2)c^(3) = 64 then minimum value of ((1)/(a) + (2)/(b) + (3)/(c)) is equal to

Ifa, b, c are positive real number such that ab^(2)c^(3) = 64 then minimum value of ((1)/(a) + (2)/(b) + (3)/(c)) is equal to

If a,b,c are positive real numbers such that a + b +c=18, find the maximum value of a^2b^3c^4

If a,b,c are positive real numbers such that a +b+c=18, find the maximum value of a^(2)b^(3)c^(4)

If a and b are positive real numbers such that a+b =c, then the minimum value of ((4 )/(a)+ (1)/(b)) is equal to :

If a and b are positive real numbers such that a+b =c, then the minimum value of ((4 )/(a)+ (1)/(b)) is equal to :

" Let "a,b,c" are positive real number such that "a+b+c=10" .Then minimum value of "(1)/(a)+(9)/(b)+(36)/(c)" is "

If a,b,c are positive real numbers such that a+b+c=1 , then find the minimum value of (1)/(ab)+(1)/(bc)+(1)/(ac) .

If a, b, c are positive real numbers such that a+b+c=1 , then the greatest value of (1-a)(1-b)(1-c), is