239 reputation
111
bio website none
location India
age 23
visits member for 1 year, 8 months
seen Aug 23 at 14:26

Preparing for some competitive exams.


Jul
2
awarded  Curious
May
10
awarded  Nice Question
Mar
5
awarded  Critic
Mar
5
comment Definite Integrals involving indeterminate quantities like log 0
@5xum here it is $\frac{\infty}{\infty}$ form
Mar
5
comment Definite Integrals involving indeterminate quantities like log 0
@user133241 hint: Use L-Hospital rule.
Mar
5
awarded  Autobiographer
Jan
16
accepted Evaluate the series
Jan
15
comment Evaluate the limit of the integral of the sequence of function
@labbhattacharjee : so S=$\frac{1}{2}$, for that reason I have told limit is $\frac1{2}$. Thanks!
Jan
15
comment Evaluate the series
@DavidMitra Please give one more hint.
Jan
15
asked Evaluate the series
Jan
15
comment Evaluate the limit of the integral of the sequence of function
@lab bhattacharjee :Is the limit equal to 1/2
Jan
15
comment Evaluate the limit of the integral of the sequence of function
@PraphullaKoushik Yes i think limit is 1/2. sorry for previous one
Jan
15
accepted Evaluate the limit of the integral of the sequence of function
Jan
15
comment Evaluate the limit of the integral of the sequence of function
@PraphullaKoushik I have done $\int_{0}^{1}\frac{x^{n-1}}{1+x}\,dx=\frac{1}{n}-\frac{1}{n+1}+\frac{1}{n+2}-... $. Then I cannot do anything.
Jan
15
asked Evaluate the limit of the integral of the sequence of function
Jan
15
accepted Evaluate the limit $a_{n+1}=\lambda a_n^2(1-a_n)$
Jan
15
awarded  Yearling
Jan
15
comment Evaluate the limit $a_{n+1}=\lambda a_n^2(1-a_n)$
Thanks for your help.
Jan
15
asked Evaluate the limit $a_{n+1}=\lambda a_n^2(1-a_n)$
Jan
15
accepted Evaluate the limit of the sequence.