" 4."log_(3)x^(2)=2" then "x=

log_(x)(4x-3)=2

If log_(sqrt(2)) sqrt(x) +log_(2)(x) + log_(4) (x^(2)) + log_(8)(x^(3)) + log_(16)(x^(4)) = 40 then x is equal to-

If log_(sqrt(2)) sqrt(x) +log_(2)x + log_(4) (x^(2)) + log_(8)(x^(3)) + log_(16)(x^(4)) = 40 then x is equal to-

If log_(sqrt(2)) sqrt(x) +log_(2) + log_(4) (x^(2)) + log_(8)(x^(3)) + log_(16)(x^(4)) = 40 then x is equal to-

log_(sqrt(2))sqrt(x)+log_(2)x log_(4)(x^(2))+log_(8)(x^(3))+log_(16)(x^(4))=40 then x is equal to

" If ||log_(3)x|-1|^(log_(3)^(2)x+3)=||log_(3)x|-1|^(log_(sqrt(7))x^(4)-4 ) then "

If log_(4)(log_(2)x) + log_(2) (log_(4) x) = 2 , then find log_(x)4 .

If log_(4)(x - 1) = log_(2)(x - 3) , then x may be

sqrt(log_(4){log_(3)(log_(2)(x^(2)-2x+a))}) defined for all x in R then a in: