if `a,b,c` are positive real numbers such that `a^(log_3 7)=27 ; b^(log_7 11)=49` and `c^(log_11 25)=sqrt(11)` then the value of `{a^(log_3 7)^2+b^(log_7 11)^2+ c^(log_11 25)^2}` is

if a,b,c are positive real numbers such that a^(log_(3)7)=27;b^(log711)=49 and c^(log_(11)25)=sqrt(11) then the value of {a^(log_(3)7)sim2+b^(log_(7)11)^^2+c^(log_(11)25)^^2} is

if a,b,c are positive real numbers such that a^(log_(3)(7));b^(log_(7)(11))=49 and c^(log_(11)(25))=sqrt(11) find the vale of a^((log_(3)(7))^(2)+b^((log_(7)(11))^(2))+c)(log_(11)(25))^(2)

If a, b, c are positive numbers such that a^(log_(3)7) =27, b^(log_(7)11)=49, c^(log_(11)25)=sqrt(11) , then the sum of digits of S=a^((log_(3)7)^(2))+b^((log_(7)11)^(2))+c^((log_(11)25)^(2)) is :

If a, b, c are positive numbers such that a^(log_(3)7) =27, b^(log_(7)11)=49, c^(log_(11)25)=sqrt(11) , then the sum of digits of S=a^((log_(3)7)^(2))+b^((log_(7)11)^(2))+c^((log_(11)25)^(2)) is :

the value of 5^(log_(7)11)-11^(log_(7)5) is

If a^(log_(5)11)=25 and b^(log_(11)25)=sqrt(11), then last digit of N=a^((log_(5)11)^(2))+b^((log_(11)25)) is equal to

Suppose that a and b are positive real numbers such that log_(27)a+log_9(b)=7/2 and log_(27)b+log_9a=2/3 .Then the value of the ab equals

Suppose that a and b are positive real numbers such that log_(27)a+log_9(b)=7/2 and log_(27)b+log_9a=2/3 .Then the value of the ab equals

Suppose that a and b are positive real numbers such that log_(27)a+log_9(b)=7/2 and log_(27)b+log_9a=2/3 .Then the value of the ab equals