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Connor Verlekar's user avatar
Connor Verlekar's user avatar
Connor Verlekar's user avatar
Connor Verlekar
  • Member for 9 years, 6 months
  • Last seen more than a month ago
7 votes
3 answers
1k views

Is it possible to generate a solution for this? $p^2 + q^2 + r^2 = pqr $

6 votes
1 answer
8k views

Integral of $ x \ln( \sin (x))$ from 0 to $ \pi $

5 votes
5 answers
161 views

Is it possible to prove this? $\ln(\frac{x}{x-1}) < \frac{100}{x} $ for $ x > 1$

4 votes
2 answers
88 views

$\int_{-1}^1 e^{-x^{4}}\cdot(1+\ln(x+\sqrt{x^2+1})+5x^3-4x^4)dx$ Is it possible to evaluate this integral

4 votes
5 answers
571 views

Find the Derivative $ 7^{\ln x} $ using first principle

3 votes
1 answer
316 views

Factorials...How do they do it?

3 votes
1 answer
142 views

Computing $\int \frac{4\tan(x)+5}{\sin^2(x)+2\cos^2(x)+3\sin(x)\cos(x)} $

3 votes
5 answers
314 views

Evaluate $\int_{\frac{-\pi}4}^{\frac{\pi}4}\ln(\sin x+\cos x)\mathrm{d}x$

3 votes
2 answers
5k views

Evaluate $\int_0^\pi \frac{x}{1+\sin\alpha\sin x} dx$

3 votes
4 answers
217 views

Evaulate $\int_0^1 x\sqrt{\frac{1-x^2}{1+x^2}}dx $

2 votes
4 answers
247 views

Evaluate $\int \frac{dx}{3\sin(x)+2\cos(x)+3}$

1 vote
2 answers
182 views

Evaluating $ \int \frac{\sin x+\cos x}{\sin^4x+\cos^4x}\,\text{d}x$. [duplicate]

1 vote
2 answers
70 views

Question on power, If 2x^2x^2x^2x... =4 Solve for x

1 vote
1 answer
165 views

Evaluate $\int_{0}^{1} \frac {\ln x}{1-x^2} \mathrm{d}x $

1 vote
1 answer
131 views

$\int_0^1(1+\log(x))\sin(x)dx$ How to solve this Integral?

0 votes
2 answers
53 views

If $m$ and $n$ women are standing toghter ]such that no men are woman are adjacent together what are the number of Permutations

0 votes
2 answers
89 views

What is the Derivative of x^x [duplicate]

0 votes
1 answer
66 views

Find the number of points of where this function isn't differentiable.

0 votes
0 answers
144 views

Find the locus of the centroid of a triangle

0 votes
1 answer
60 views

How do I solve this limit

0 votes
0 answers
37 views

Find all $(x,y,z)\in \Bbb Z^3$ so that $ x^y=x(\text{mod }z)$

0 votes
4 answers
175 views

Find $\int \frac{\sqrt{x^2+1}(\ln(x^2+1)-2\ln(x)) }{x^4}\,dx $