For `x gt0`, let `f(x)=int_1^x log_et/(1+t)dt` find the function `f(x)+f(1/x)` and show that `f...

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If `f(x)=int_1^x(lnt)/(1+t)dt` where x gt0, then the values of of x satisfying the equation `f(... If `f(x)=int_1^x(lnt)/(1+t)dt` where x gt0, then the values of of x satisfying the equation `f(...
Find the function f(x) + f(1/x) where f(x) is integral of lnt / (1 + t) between the limits 1 and x. Find the function f(x) + f(1/x) where f(x) is integral of lnt / (1 + t) between the limits 1 and x.
let f(x)= integration 0 to x log t/1+t dt find f(x)+f(1/x) I class 12 @deepakmittalmakesuexpert let f(x)= integration 0 to x log t/1+t dt find f(x)+f(1/x) I class 12 @deepakmittalmakesuexpert
If `f(x)=int_1^x(lnt)/(1+t)dt`, then If `f(x)=int_1^x(lnt)/(1+t)dt`, then
Let f(x)=integral 0 to x g(x) log(1-t/1+t)dt continuous|JEE|Main|session 1|27 Feb 2024| Shift 2|NTA Let f(x)=integral 0 to x g(x) log(1-t/1+t)dt continuous|JEE|Main|session 1|27 Feb 2024| Shift 2|NTA
Let f (x) = ∫g(t) loge (1-t/1+t) dt, where g is a continuous odd function if ∫(f(x)+x²cos x/1+ex²) Let f (x) = ∫g(t) loge (1-t/1+t) dt, where g is a continuous odd function if ∫(f(x)+x²cos x/1+ex²)
The limit of (1/x)integral from 0 to x of f(t)dt The limit of (1/x)integral from 0 to x of f(t)dt
if f(x) = integral 0 to x f(t) dt and integral 0 to 1 1/f(t) dt =sqrt(2) then find f(x) if f(x) = integral 0 to x f(t) dt and integral 0 to 1 1/f(t) dt =sqrt(2) then find f(x)