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How to use it?
- Integral of d{x}:
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Integral of 1/(x²+1)
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Integral of x/cosx^2
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Integral of x/(2x+3)
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Integral of x^2/sqrt(x^2-25)
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Identical expressions
- ((sqrt(x))* one)/(x- six)
- (( square root of (x)) multiply by 1) divide by (x minus 6)
- (( square root of (x)) multiply by one) divide by (x minus six)
- ((√(x))*1)/(x-6)
- ((sqrt(x))1)/(x-6)
- sqrtx1/x-6
- ((sqrt(x))*1) divide by (x-6)
- ((sqrt(x))*1)/(x-6)dx
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Similar expressions
- ((sqrt(x))*1)/(x+6)
Integral of ((sqrt(x))*1)/(x-6) dx
The solution
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[src]
49 / | | ___ | \/ x | ----- dx | x - 6 | / 25
$$\int\limits_{25}^{49} \frac{\sqrt{x}}{x - 6}\, dx$$
Integral(sqrt(x)/(x - 6), (x, 25, 49))
The answer (Indefinite)
[src]
// / ___ ___\ \
|| ___ |\/ 6 *\/ x | |
/ ||-\/ 6 *acoth|-----------| |
| || \ 6 / |
| ___ ||-------------------------- for x > 6|
| \/ x ___ || 6 |
| ----- dx = C + 2*\/ x + 12*|< |
| x - 6 || / ___ ___\ |
| || ___ |\/ 6 *\/ x | |
/ ||-\/ 6 *atanh|-----------| |
|| \ 6 / |
||-------------------------- for x < 6|
\\ 6 /
$$\int \frac{\sqrt{x}}{x - 6}\, dx = C + 2 \sqrt{x} + 12 \left(\begin{cases} - \frac{\sqrt{6} \operatorname{acoth}{\left(\frac{\sqrt{6} \sqrt{x}}{6} \right)}}{6} & \text{for}\: x > 6 \\- \frac{\sqrt{6} \operatorname{atanh}{\left(\frac{\sqrt{6} \sqrt{x}}{6} \right)}}{6} & \text{for}\: x < 6 \end{cases}\right)$$
The graph
The answer
[src]
___ / ___\ ___ / ___\ ___ / ___\ ___ / ___\ 4 + \/ 6 *log\5 + \/ 6 / + \/ 6 *log\7 - \/ 6 / - \/ 6 *log\5 - \/ 6 / - \/ 6 *log\7 + \/ 6 /
$$- \sqrt{6} \log{\left(\sqrt{6} + 7 \right)} - \sqrt{6} \log{\left(5 - \sqrt{6} \right)} + \sqrt{6} \log{\left(7 - \sqrt{6} \right)} + 4 + \sqrt{6} \log{\left(\sqrt{6} + 5 \right)}$$
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___ / ___\ ___ / ___\ ___ / ___\ ___ / ___\ 4 + \/ 6 *log\5 + \/ 6 / + \/ 6 *log\7 - \/ 6 / - \/ 6 *log\5 - \/ 6 / - \/ 6 *log\7 + \/ 6 /
$$- \sqrt{6} \log{\left(\sqrt{6} + 7 \right)} - \sqrt{6} \log{\left(5 - \sqrt{6} \right)} + \sqrt{6} \log{\left(7 - \sqrt{6} \right)} + 4 + \sqrt{6} \log{\left(\sqrt{6} + 5 \right)}$$
4 + sqrt(6)*log(5 + sqrt(6)) + sqrt(6)*log(7 - sqrt(6)) - sqrt(6)*log(5 - sqrt(6)) - sqrt(6)*log(7 + sqrt(6))
Use the examples entering the upper and lower limits of integration.