Simplificación general
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a / a*(a + 2*p) \
- - 2*p + a*log|-------------|
2 \6*p*(a - 2*p)/
------------------------------
2
a*k*(a + 2*p)
$$\frac{a \log{\left(\frac{a \left(a + 2 p\right)}{6 p \left(a - 2 p\right)} \right)} + \frac{a}{2} - 2 p}{a k \left(a + 2 p\right)^{2}}$$
(a/2 - 2*p + a*log(a*(a + 2*p)/(6*p*(a - 2*p))))/(a*k*(a + 2*p)^2)
0.25*log(((p + (a - 4*p)/6)*a)/(((a - 2*p)*p)))/(k*(p + 0.5*a)^2) + 0.333333333333333*(a - 4.0*p)/(a*k*(a + 2.0*p)*(0.666666666666667*a + 1.33333333333333*p))
0.25*log(((p + (a - 4*p)/6)*a)/(((a - 2*p)*p)))/(k*(p + 0.5*a)^2) + 0.333333333333333*(a - 4.0*p)/(a*k*(a + 2.0*p)*(0.666666666666667*a + 1.33333333333333*p))
Denominador racional
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/ 2 \ / 2 \ / 2 \
2 2 3 | a a*p | 2 | a a*p | 2 | a a*p |
- 12*k*p*(a + 2*p) + 3*a*k*(a + 2*p) + 6*k*a *log|---------------- + ----------------| + 24*a*k*p *log|---------------- + ----------------| + 24*k*p*a *log|---------------- + ----------------|
| / 2 \ / 2 \| | / 2 \ / 2 \| | / 2 \ / 2 \|
\6*\- 2*p + a*p/ 3*\- 2*p + a*p// \6*\- 2*p + a*p/ 3*\- 2*p + a*p// \6*\- 2*p + a*p/ 3*\- 2*p + a*p//
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
2 3
3*a*k *(a + 2*p) *(2*a + 4*p)
$$\frac{6 a^{3} k \log{\left(\frac{a^{2}}{6 \left(a p - 2 p^{2}\right)} + \frac{a p}{3 \left(a p - 2 p^{2}\right)} \right)} + 24 a^{2} k p \log{\left(\frac{a^{2}}{6 \left(a p - 2 p^{2}\right)} + \frac{a p}{3 \left(a p - 2 p^{2}\right)} \right)} + 24 a k p^{2} \log{\left(\frac{a^{2}}{6 \left(a p - 2 p^{2}\right)} + \frac{a p}{3 \left(a p - 2 p^{2}\right)} \right)} + 3 a k \left(a + 2 p\right)^{2} - 12 k p \left(a + 2 p\right)^{2}}{3 a k^{2} \left(a + 2 p\right)^{3} \left(2 a + 4 p\right)}$$
(-12*k*p*(a + 2*p)^2 + 3*a*k*(a + 2*p)^2 + 6*k*a^3*log(a^2/(6*(-2*p^2 + a*p)) + a*p/(3*(-2*p^2 + a*p))) + 24*a*k*p^2*log(a^2/(6*(-2*p^2 + a*p)) + a*p/(3*(-2*p^2 + a*p))) + 24*k*p*a^2*log(a^2/(6*(-2*p^2 + a*p)) + a*p/(3*(-2*p^2 + a*p))))/(3*a*k^2*(a + 2*p)^3*(2*a + 4*p))
/ / 2 \\
| | a a*p ||
-|-a + 4*p - 2*a*log|---------------- + ----------------||
| | / 2 \ / 2 \||
\ \6*\- 2*p + a*p/ 3*\- 2*p + a*p///
-----------------------------------------------------------
2
2*a*k*(a + 2*p)
$$- \frac{- 2 a \log{\left(\frac{a^{2}}{6 \left(a p - 2 p^{2}\right)} + \frac{a p}{3 \left(a p - 2 p^{2}\right)} \right)} - a + 4 p}{2 a k \left(a + 2 p\right)^{2}}$$
-(-a + 4*p - 2*a*log(a^2/(6*(-2*p^2 + a*p)) + a*p/(3*(-2*p^2 + a*p))))/(2*a*k*(a + 2*p)^2)
/ / 2 \ \
| | a 2*a | |
-|-a + 4*p - 2*a*log|------------ + -------| + 2*a*log(6)|
| | 2 a - 2*p| |
\ \- 2*p + a*p / /
-----------------------------------------------------------
3 2 2
2*k*a + 8*a*k*p + 8*k*p*a
$$- \frac{- 2 a \log{\left(\frac{a^{2}}{a p - 2 p^{2}} + \frac{2 a}{a - 2 p} \right)} - a + 2 a \log{\left(6 \right)} + 4 p}{2 a^{3} k + 8 a^{2} k p + 8 a k p^{2}}$$
-(-a + 4*p - 2*a*log(a^2/(-2*p^2 + a*p) + 2*a/(a - 2*p)) + 2*a*log(6))/(2*k*a^3 + 8*a*k*p^2 + 8*k*p*a^2)
Parte trigonométrica
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/ /p a\ \
| a*|- + -| |
| \3 6/ |
log|-----------|
\p*(a - 2*p)/ a - 4*p
---------------- + ---------------------------
2 /2*a 4*p\
k*(a + 2*p) 3*a*k*(a + 2*p)*|--- + ---|
\ 3 3 /
$$\frac{\log{\left(\frac{a \left(\frac{a}{6} + \frac{p}{3}\right)}{p \left(a - 2 p\right)} \right)}}{k \left(a + 2 p\right)^{2}} + \frac{a - 4 p}{3 a k \left(\frac{2 a}{3} + \frac{4 p}{3}\right) \left(a + 2 p\right)}$$
log(a*(p/3 + a/6)/(p*(a - 2*p)))/(k*(a + 2*p)^2) + (a - 4*p)/(3*a*k*(a + 2*p)*(2*a/3 + 4*p/3))
/ /p a\ \
| a*|- + -| |
| \3 6/ | 4*p a
log|-----------| - --- + -
\p*(a - 2*p)/ 3 3
---------------- + -------------------------
2 /2*a 4*p\
k*(a + 2*p) a*k*(a + 2*p)*|--- + ---|
\ 3 3 /
$$\frac{\log{\left(\frac{a \left(\frac{a}{6} + \frac{p}{3}\right)}{p \left(a - 2 p\right)} \right)}}{k \left(a + 2 p\right)^{2}} + \frac{\frac{a}{3} - \frac{4 p}{3}}{a k \left(\frac{2 a}{3} + \frac{4 p}{3}\right) \left(a + 2 p\right)}$$
/ /p a\ \
| a*|- + -| |
| \3 6/ |
log|-----------|
\p*(a - 2*p)/ a - 4*p
---------------- + ---------------------------
2 /2*a 4*p\
k*(a + 2*p) 3*a*k*(a + 2*p)*|--- + ---|
\ 3 3 /
$$\frac{\log{\left(\frac{a \left(\frac{a}{6} + \frac{p}{3}\right)}{p \left(a - 2 p\right)} \right)}}{k \left(a + 2 p\right)^{2}} + \frac{a - 4 p}{3 a k \left(\frac{2 a}{3} + \frac{4 p}{3}\right) \left(a + 2 p\right)}$$
log(a*(p/3 + a/6)/(p*(a - 2*p)))/(k*(a + 2*p)^2) + (a - 4*p)/(3*a*k*(a + 2*p)*(2*a/3 + 4*p/3))
Abrimos la expresión
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/ / a - 4*p\\
|a*|p + -------||
| \ 6 /|
log|---------------|
\ p*(a - 2*p) / a - 4*p
-------------------- + -----------------------------
2 / a - 4*p\
k*(a + 2*p) 3*a*k*(a + 2*p)*|a - -------|
\ 3 /
$$\frac{\log{\left(\frac{a \left(p + \frac{a - 4 p}{6}\right)}{p \left(a - 2 p\right)} \right)}}{k \left(a + 2 p\right)^{2}} + \frac{a - 4 p}{3 a k \left(a + 2 p\right) \left(a - \frac{a - 4 p}{3}\right)}$$
log(a*(p + (a - 4*p)/6)/(p*(a - 2*p)))/(k*(a + 2*p)^2) + (a - 4*p)/(3*a*k*(a + 2*p)*(a - (a - 4*p)/3))
Compilar la expresión
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// a - 4*p\ \
||p + -------|*a|
|\ 6 / |
log|---------------|
\ (a - 2*p)*p / a - 4*p
-------------------- + ---------------------------
2 /2*a 4*p\
k*(a + 2*p) 3*a*k*(a + 2*p)*|--- + ---|
\ 3 3 /
$$\frac{\log{\left(\frac{a \left(p + \frac{a - 4 p}{6}\right)}{p \left(a - 2 p\right)} \right)}}{k \left(a + 2 p\right)^{2}} + \frac{a - 4 p}{3 a k \left(\frac{2 a}{3} + \frac{4 p}{3}\right) \left(a + 2 p\right)}$$
// a - 4*p\ \
||p + -------|*a|
|\ 6 / |
log|---------------|
\ (a - 2*p)*p / a - 4*p
-------------------- + -------------------------
2 /2*a 4*p\
(a + 2*p) 3*a*(a + 2*p)*|--- + ---|
\ 3 3 /
------------------------------------------------
k
$$\frac{\frac{\log{\left(\frac{a \left(p + \frac{a - 4 p}{6}\right)}{p \left(a - 2 p\right)} \right)}}{\left(a + 2 p\right)^{2}} + \frac{a - 4 p}{3 a \left(\frac{2 a}{3} + \frac{4 p}{3}\right) \left(a + 2 p\right)}}{k}$$
(log(((p + (a - 4*p)/6)*a)/(((a - 2*p)*p)))/(a + 2*p)^2 + (a - 4*p)/(3*a*(a + 2*p)*(2*a/3 + 4*p/3)))/k
Unión de expresiones racionales
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/ a*(a + 2*p) \
a - 4*p + 2*a*log|-------------|
\6*p*(a - 2*p)/
--------------------------------
2
2*a*k*(a + 2*p)
$$\frac{2 a \log{\left(\frac{a \left(a + 2 p\right)}{6 p \left(a - 2 p\right)} \right)} + a - 4 p}{2 a k \left(a + 2 p\right)^{2}}$$
(a - 4*p + 2*a*log(a*(a + 2*p)/(6*p*(a - 2*p))))/(2*a*k*(a + 2*p)^2)