Sr Examen
Otras calculadoras
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¿Cómo usar?
- ¿cómo vas a descomponer esta expresión en fracciones?:
- 1/(1+x^2/3)
- -1/(3*x^3)
- (z*z-1/2*z)/(z*z-z+1)*z/(z-1/2)
- (z*(z^2+6*z+1)-(4*z*(z+1)))/(z-1)^3+z*(z-1)/(z+1)^3
- Factorizar el polinomio:
- z^2/2-4*z
- z^3-2*z^2+2*z-1
- z^2+20*z+100
- z^2-16+64/8-z
- Descomponer al cuadrado:
- -y^4+y^2+7
- -y^4-y^2+1
- -y^4+y^2+2
- y^4-y^2-10
-
Expresiones idénticas
- cot(dos *x- tres)^ tres /((x+ dos)*log(tres))+cot(dos *x- tres)^ dos *(log(x+ dos)/log(tres))*(- seis - seis *cot(dos *x- tres)^ dos)
- cotangente de (2 multiplicar por x menos 3) al cubo dividir por ((x más 2) multiplicar por logaritmo de (3)) más cotangente de (2 multiplicar por x menos 3) al cuadrado multiplicar por ( logaritmo de (x más 2) dividir por logaritmo de (3)) multiplicar por ( menos 6 menos 6 multiplicar por cotangente de (2 multiplicar por x menos 3) al cuadrado )
- cotangente de (dos multiplicar por x menos tres) en el grado tres dividir por ((x más dos) multiplicar por logaritmo de (tres)) más cotangente de (dos multiplicar por x menos tres) en el grado dos multiplicar por ( logaritmo de (x más dos) dividir por logaritmo de (tres)) multiplicar por ( menos seis menos seis multiplicar por cotangente de (dos multiplicar por x menos tres) en el grado dos)
- cot(2*x-3)3/((x+2)*log(3))+cot(2*x-3)2*(log(x+2)/log(3))*(-6-6*cot(2*x-3)2)
- cot2*x-33/x+2*log3+cot2*x-32*logx+2/log3*-6-6*cot2*x-32
- cot(2*x-3)³/((x+2)*log(3))+cot(2*x-3)²*(log(x+2)/log(3))*(-6-6*cot(2*x-3)²)
- cot(2*x-3) en el grado 3/((x+2)*log(3))+cot(2*x-3) en el grado 2*(log(x+2)/log(3))*(-6-6*cot(2*x-3) en el grado 2)
- cot(2x-3)^3/((x+2)log(3))+cot(2x-3)^2(log(x+2)/log(3))(-6-6cot(2x-3)^2)
- cot(2x-3)3/((x+2)log(3))+cot(2x-3)2(log(x+2)/log(3))(-6-6cot(2x-3)2)
- cot2x-33/x+2log3+cot2x-32logx+2/log3-6-6cot2x-32
- cot2x-3^3/x+2log3+cot2x-3^2logx+2/log3-6-6cot2x-3^2
- cot(2*x-3)^3 dividir por ((x+2)*log(3))+cot(2*x-3)^2*(log(x+2) dividir por log(3))*(-6-6*cot(2*x-3)^2)
-
Expresiones semejantes
- cot(2*x-3)^3/((x+2)*log(3))+cot(2*x-3)^2*(log(x-2)/log(3))*(-6-6*cot(2*x-3)^2)
- cot(2*x-3)^3/((x-2)*log(3))+cot(2*x-3)^2*(log(x+2)/log(3))*(-6-6*cot(2*x-3)^2)
- cot(2*x-3)^3/((x+2)*log(3))+cot(2*x+3)^2*(log(x+2)/log(3))*(-6-6*cot(2*x-3)^2)
- cot(2*x-3)^3/((x+2)*log(3))+cot(2*x-3)^2*(log(x+2)/log(3))*(-6-6*cot(2*x+3)^2)
- cot(2*x-3)^3/((x+2)*log(3))-cot(2*x-3)^2*(log(x+2)/log(3))*(-6-6*cot(2*x-3)^2)
- cot(2*x-3)^3/((x+2)*log(3))+cot(2*x-3)^2*(log(x+2)/log(3))*(-6+6*cot(2*x-3)^2)
- cot(2*x+3)^3/((x+2)*log(3))+cot(2*x-3)^2*(log(x+2)/log(3))*(-6-6*cot(2*x-3)^2)
- cot(2*x-3)^3/((x+2)*log(3))+cot(2*x-3)^2*(log(x+2)/log(3))*(6-6*cot(2*x-3)^2)
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Expresiones con funciones
- Cotangente cot
- cot(pi/(2+a))*(-sin(a+3*pi/10))*(-sin(a+pi/5))/cot(a)
- cot(4*x)^2*(-12-12*cot(4*x)^2)*acot(2*x^3)-6*x^2*cot(4*x)^3/(1+4*x^6)
- cot(x)^cot(pi/(4+x))*((-1-cot(pi/(4+x))^2)*log(cot(x))+(-1-cot(x)^2)*cot(pi/(4+x))/cot(x))
- cot(-a)*sin(6*pi/5-a)*cos(pi-a)*tan(3*pi/(2+a))/(cos(pi-a)^2)
- cot(4*x)^2*(-12-12*cot(4*x)^2)*atan(x^3)+3*x^2*cot(4*x)^3/(1+x^6)
- Logaritmo log
- log(2*x)^cos(x)*(-log(log(2*x))*sin(x)+cos(x)/(x*log(2*x)))
- log((4-sqrt(2))/(4+sqrt(2)))/(4*sqrt(2))
- log(x)^4/(2*sqrt(x)*sqrt(1-x))+4*log(x)^3*asin(sqrt(x))/x
- log(x/(v-x))-v*g*t-log(a/(v-a))
- log(x)+(4*x^3)/3-(5*x^2)/2+x-1/(2*x^2)
- Cotangente cot
- cot(pi/(2+a))*(-sin(a+3*pi/10))*(-sin(a+pi/5))/cot(a)
- cot(4*x)^2*(-12-12*cot(4*x)^2)*acot(2*x^3)-6*x^2*cot(4*x)^3/(1+4*x^6)
- cot(x)^cot(pi/(4+x))*((-1-cot(pi/(4+x))^2)*log(cot(x))+(-1-cot(x)^2)*cot(pi/(4+x))/cot(x))
- cot(-a)*sin(6*pi/5-a)*cos(pi-a)*tan(3*pi/(2+a))/(cos(pi-a)^2)
- cot(4*x)^2*(-12-12*cot(4*x)^2)*atan(x^3)+3*x^2*cot(4*x)^3/(1+x^6)
- Logaritmo log
- log(2*x)^cos(x)*(-log(log(2*x))*sin(x)+cos(x)/(x*log(2*x)))
- log((4-sqrt(2))/(4+sqrt(2)))/(4*sqrt(2))
- log(x)^4/(2*sqrt(x)*sqrt(1-x))+4*log(x)^3*asin(sqrt(x))/x
- log(x/(v-x))-v*g*t-log(a/(v-a))
- log(x)+(4*x^3)/3-(5*x^2)/2+x-1/(2*x^2)
- Logaritmo log
- log(2*x)^cos(x)*(-log(log(2*x))*sin(x)+cos(x)/(x*log(2*x)))
- log((4-sqrt(2))/(4+sqrt(2)))/(4*sqrt(2))
- log(x)^4/(2*sqrt(x)*sqrt(1-x))+4*log(x)^3*asin(sqrt(x))/x
- log(x/(v-x))-v*g*t-log(a/(v-a))
- log(x)+(4*x^3)/3-(5*x^2)/2+x-1/(2*x^2)
- Cotangente cot
- cot(pi/(2+a))*(-sin(a+3*pi/10))*(-sin(a+pi/5))/cot(a)
- cot(4*x)^2*(-12-12*cot(4*x)^2)*acot(2*x^3)-6*x^2*cot(4*x)^3/(1+4*x^6)
- cot(x)^cot(pi/(4+x))*((-1-cot(pi/(4+x))^2)*log(cot(x))+(-1-cot(x)^2)*cot(pi/(4+x))/cot(x))
- cot(-a)*sin(6*pi/5-a)*cos(pi-a)*tan(3*pi/(2+a))/(cos(pi-a)^2)
- cot(4*x)^2*(-12-12*cot(4*x)^2)*atan(x^3)+3*x^2*cot(4*x)^3/(1+x^6)
Simplificación de expresiones/
Descomposición en fracciones simples/
cot(2*x-3)^3/((x+2)*log(3))+cot(2*x-3)^2*(log(x+2)/log(3))*(-6-6*cot(2*x-3)^2)
¿Cómo vas a descomponer esta cot(2*x-3)^3/((x+2)*log(3))+cot(2*x-3)^2*(log(x+2)/log(3))*(-6-6*cot(2*x-3)^2) expresión en fracciones?
Solución
Ha introducido
[src]
3 cot (2*x - 3) 2 log(x + 2) / 2 \ -------------- + cot (2*x - 3)*----------*\-6 - 6*cot (2*x - 3)/ (x + 2)*log(3) log(3)
log(3)log(x+2)cot2(2x−3)(−6cot2(2x−3)−6)+(x+2)log(3)cot3(2x−3)
cot(2*x - 3)^3/(((x + 2)*log(3))) + (cot(2*x - 3)^2*(log(x + 2)/log(3)))*(-6 - 6*cot(2*x - 3)^2)
Simplificación general
[src]
2 / 6*(2 + x)*log(2 + x) \
cot (-3 + 2*x)*|- -------------------- + cot(-3 + 2*x)|
| 2 |
\ sin (-3 + 2*x) /
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(2 + x)*log(3)
(x+2)log(3)(−sin2(2x−3)6(x+2)log(x+2)+cot(2x−3))cot2(2x−3)
cot(-3 + 2*x)^2*(-6*(2 + x)*log(2 + x)/sin(-3 + 2*x)^2 + cot(-3 + 2*x))/((2 + x)*log(3))
Respuesta numérica
[src]
cot(2*x - 3)^3/(2.19722457733622 + 1.09861228866811*x) + 0.910239226626837*cot(2*x - 3)^2*(-6.0 - 6.0*cot(2*x - 3)^2)*log(x + 2)
cot(2*x - 3)^3/(2.19722457733622 + 1.09861228866811*x) + 0.910239226626837*cot(2*x - 3)^2*(-6.0 - 6.0*cot(2*x - 3)^2)*log(x + 2)
Denominador común
[src]
/ 3 2 4 2 4 \
-\- cot (-3 + 2*x) + 12*cot (-3 + 2*x)*log(2 + x) + 12*cot (-3 + 2*x)*log(2 + x) + 6*x*cot (-3 + 2*x)*log(2 + x) + 6*x*cot (-3 + 2*x)*log(2 + x)/
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2*log(3) + x*log(3)
−xlog(3)+2log(3)6xlog(x+2)cot4(2x−3)+6xlog(x+2)cot2(2x−3)+12log(x+2)cot4(2x−3)+12log(x+2)cot2(2x−3)−cot3(2x−3)
-(-cot(-3 + 2*x)^3 + 12*cot(-3 + 2*x)^2*log(2 + x) + 12*cot(-3 + 2*x)^4*log(2 + x) + 6*x*cot(-3 + 2*x)^2*log(2 + x) + 6*x*cot(-3 + 2*x)^4*log(2 + x))/(2*log(3) + x*log(3))
Denominador racional
[src]
3 2 4 2 4
cot (-3 + 2*x)*log(3) - 12*cot (-3 + 2*x)*log(3)*log(2 + x) - 12*cot (-3 + 2*x)*log(3)*log(2 + x) - 6*x*cot (-3 + 2*x)*log(3)*log(2 + x) - 6*x*cot (-3 + 2*x)*log(3)*log(2 + x)
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2
(2 + x)*log (3)
(x+2)log(3)2−6xlog(3)log(x+2)cot4(2x−3)−6xlog(3)log(x+2)cot2(2x−3)−12log(3)log(x+2)cot4(2x−3)−12log(3)log(x+2)cot2(2x−3)+log(3)cot3(2x−3)
(cot(-3 + 2*x)^3*log(3) - 12*cot(-3 + 2*x)^2*log(3)*log(2 + x) - 12*cot(-3 + 2*x)^4*log(3)*log(2 + x) - 6*x*cot(-3 + 2*x)^2*log(3)*log(2 + x) - 6*x*cot(-3 + 2*x)^4*log(3)*log(2 + x))/((2 + x)*log(3)^2)
Potencias
[src]
3 2 / 2 \ cot (-3 + 2*x) cot (-3 + 2*x)*\-6 - 6*cot (-3 + 2*x)/*log(2 + x) -------------- + ------------------------------------------------- (2 + x)*log(3) log(3)
log(3)(−6cot2(2x−3)−6)log(x+2)cot2(2x−3)+(x+2)log(3)cot3(2x−3)
cot(-3 + 2*x)^3/((2 + x)*log(3)) + cot(-3 + 2*x)^2*(-6 - 6*cot(-3 + 2*x)^2)*log(2 + x)/log(3)
Compilar la expresión
[src]
3 2 / 2 \ cot (2*x - 3) cot (2*x - 3)*\-6 - 6*cot (2*x - 3)/*log(x + 2) -------------- + ----------------------------------------------- (2 + x)*log(3) log(3)
log(3)(−6cot2(2x−3)−6)log(x+2)cot2(2x−3)+(x+2)log(3)cot3(2x−3)
cot(2*x - 3)^3/((2 + x)*log(3)) + cot(2*x - 3)^2*(-6 - 6*cot(2*x - 3)^2)*log(x + 2)/log(3)
Abrimos la expresión
[src]
3 2 3 6 2 2 4 3 2 2 4 3 3 4 2 2 4 4 2 4 3 2 2 4 4 8 3 6 2 2 3 4 4 2 4 6 2 2
1 cot (3) 6*log(x + 2) 6*log(x + 2) 3*cot (3) 3*cot(3) cot (3)*cot (x) 9*cot (3)*log(x + 2) 3*cot (3)*log(x + 2) 3*cot (3)*log(x + 2) 3*cot (3)*cot (x) 3*cot (3)*cot (x) 3*cot (3)*log(x + 2) 3*cot (3)*cot (x) 6*cot(3)*log(x + 2) 6*cot (3)*cot (x) 12*cot(3)*log(x + 2) 3*cot(3)*cot(x) 18*cot (3)*cot (x)*log(x + 2) 12*cot(3)*cot(x)*log(x + 2) 9*cot (3)*cot (x)*log(x + 2) 9*cot (3)*cot (x)*log(x + 2) 6*cot(3)*cot(x)*log(x + 2) 3*cot (3)*cot (x)*log(x + 2) 3*cot (3)*cot (x)*log(x + 2) 3*cot (3)*cot (x)*log(x + 2) 6*cot (3)*cot (x)*log(x + 2) 9*cot (3)*cot (x)*log(x + 2) 12*cot (3)*cot (x)*log(x + 2) 12*cot (3)*cot (x)*log(x + 2) 18*cot (3)*cot (x)*log(x + 2)
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3 2 2 3 2 2 2 4 6 2 6 2 2 3 3 5 4 2 2 4 3 2 2 3 3 5 2 4 3 2 2 4 3 3 2 2 2 5 3 4 2 2 4 3 4 6 2 6 2 2 3 3 5 4 2 2 4 3 2 2 3 3 5 2 4 3 4 6 2 2 5 2 4 3 4 8 4 6 2 6 2 2 3 3 5 4 2 2 4 3 2 2 3 3 5 2 4 3 5 3 5 7 3 2 6 2 5 2 4 4 6 2 6 2 2 3 3 5 4 2 2 4 3 2 2 3 3 5 2 4 3 3 5 3 3 5 4 2 2 3 2 / 3 2 2 3 2 2 2 \ 8 2 4 3 3 2 2 2 4 6 2 2 5 2 4 3 5 7 3 2 6 2 5 2 4 2 4 8 5 7 3 2 6 2 5 2 4 4 5 7 3 2 6 2 5 2 4 8 8 4 6 2 2 5 2 4 3
3 3*cot(x)*log(3) log(3) cot (x)*log(3) 3*log(3) 3 3*cot (3)*log(3) 2 3*cot(3)*log(3) 3*cot (x)*cot(3)*log(3) 3*x*cot(x)*log(3) x*log(3) x*cot (x)*log(3) 3*x*cot(3)*log(3) 3*x*log(3) 3*x*cot (3)*log(3) 3*x*cot(3)*log(3) 3*x*cot (x)*cot(3)*log(3) 3*x*cot (3)*cot(x)*log(3) -2*log(3) - x*log(3) - 6*cot (x)*log(3) + 2*cot (x)*log(3) + 6*cot (x)*log(3) + x*cot (x)*log(3) - 24*cot (3)*cot (x)*log(3) - 16*cot (3)*cot (x)*log(3) - 12*cot (x)*cot(3)*log(3) - 12*cot(3)*cot(x)*log(3) - 3*x*cot (x)*log(3) + 3*x*cot (x)*log(3) + 24*cot (3)*cot (x)*log(3) + 24*cot (x)*cot(3)*log(3) - 12*x*cot (3)*cot (x)*log(3) - 8*x*cot (3)*cot (x)*log(3) - 6*x*cot (x)*cot(3)*log(3) - 6*x*cot(3)*cot(x)*log(3) + 12*x*cot (3)*cot (x)*log(3) + 12*x*cot (x)*cot(3)*log(3) log(3) 2 log(3) cot (x)*log(3) cot(3)*log(3) 3*log(3) 4 2 log(3) cot (x)*log(3) log(3) cot (x)*log(3) cot(3)*log(3) 3 2*cot (3)*log(3) 3*cot(3)*log(3) cot (x)*cot(3)*log(3) 3*cot (3)*log(3) 3*cot (3)*cot (x)*log(3) 3*cot(3)*cot(x)*log(3) 5 log(3) 3 x*cot (x)*log(3) 2 3 2 4 2 3 2 3*x*cot (x)*log(3) x*log(3) 3*x*cot(x)*log(3) 2 3 2 4 2 3 2 3*log(3) cot (x)*log(3) 2 3*cot (x)*log(3) log(3) 3*x*log(3) 3 2 3*cot(3)*log(3) 3 2 2 3*x*cot (x)*log(3) x*log(3) x*cot (x)*log(3) 3 2 2 3*x*cot(3)*log(3) 3*x*cot (x)*cot(3)*log(3) -2*log(3) - x*log(3) - 6*cot (x)*log(3) + 2*cot (x)*log(3) + 6*cot (x)*log(3) + x*cot (x)*log(3) - 24*cot (3)*cot (x)*log(3) - 16*cot (3)*cot (x)*log(3) - 12*cot (x)*cot(3)*log(3) - 12*cot(3)*cot(x)*log(3) - 3*x*cot (x)*log(3) + 3*x*cot (x)*log(3) + 24*cot (3)*cot (x)*log(3) + 24*cot (x)*cot(3)*log(3) - 12*x*cot (3)*cot (x)*log(3) - 8*x*cot (3)*cot (x)*log(3) - 6*x*cot (x)*cot(3)*log(3) - 6*x*cot(3)*cot(x)*log(3) + 12*x*cot (3)*cot (x)*log(3) + 12*x*cot (x)*cot(3)*log(3) log(3) cot (x)*log(3) log(3) cot (x)*log(3) 3*cot (3)*log(3) 3*cot (x)*log(3) 4 2 cot(3)*log(3) 2 2 3 3 3 3*cot(3)*cot(x)*log(3) cot (x)*cot(3)*log(3) 3*cot (3)*cot (x)*log(3) 3*cot (x)*cot(3)*log(3) log(3) cot (x)*log(3) 2 3 2 2 log(3) cot (x)*log(3) 2 6 4 2 4 3 5 3 7 4 4 2 2 2 6 5 3 3 -2*log(3) - x*log(3) - 6*cot (x)*log(3) + 2*cot (x)*log(3) + 6*cot (x)*log(3) + x*cot (x)*log(3) - 24*cot (3)*cot (x)*log(3) - 16*cot (3)*cot (x)*log(3) - 12*cot (x)*cot(3)*log(3) - 12*cot(3)*cot(x)*log(3) - 3*x*cot (x)*log(3) + 3*x*cot (x)*log(3) + 24*cot (3)*cot (x)*log(3) + 24*cot (x)*cot(3)*log(3) - 12*x*cot (3)*cot (x)*log(3) - 8*x*cot (3)*cot (x)*log(3) - 6*x*cot (x)*cot(3)*log(3) - 6*x*cot(3)*cot(x)*log(3) + 12*x*cot (3)*cot (x)*log(3) + 12*x*cot (x)*cot(3)*log(3) 5 log(3) 3 x*cot (x)*log(3) 2 3 2 4 2 3 2 3*x*cot (x)*log(3) x*log(3) 3*x*cot(x)*log(3) 2 3 2 4 2 3 2 cot(3)*log(3) cot (x)*log(3) cot(x)*log(3) log(3) cot (x)*log(3) 3*cot (x)*log(3) 4 3 2 3 3 4 3 2 3*cot (x)*cot(3)*log(3) cot (x)*cot(3)*log(3) 3*cot (3)*cot (x)*log(3) 3*cot (3)*cot(x)*log(3) 3*cot (x)*cot(3)*log(3) -2*log(3) - x*log(3) - 6*cot (x)*log(3) + 2*cot (x)*log(3) + 6*cot (x)*log(3) + x*cot (x)*log(3) - 24*cot (3)*cot (x)*log(3) - 16*cot (3)*cot (x)*log(3) - 12*cot (x)*cot(3)*log(3) - 12*cot(3)*cot(x)*log(3) - 3*x*cot (x)*log(3) + 3*x*cot (x)*log(3) + 24*cot (3)*cot (x)*log(3) + 24*cot (x)*cot(3)*log(3) - 12*x*cot (3)*cot (x)*log(3) - 8*x*cot (3)*cot (x)*log(3) - 6*x*cot (x)*cot(3)*log(3) - 6*x*cot(3)*cot(x)*log(3) + 12*x*cot (3)*cot (x)*log(3) + 12*x*cot (x)*cot(3)*log(3) cot(x)*log(3) log(3) cot (x)*log(3) 2 2 5 log(3) 3 x*cot (x)*log(3) 2 3 2 4 2 3 2 3*x*cot (x)*log(3) x*log(3) 3*x*cot(x)*log(3) 2 3 2 4 2 3 2 3 3*cot(3)*log(3) log(3) cot (x)*log(3) log(3) cot (x)*log(3) 3*cot(x)*log(3) 4 cot(3)*log(3) 2 3 2 cot (x)*cot(3)*log(3) 3*cot (3)*log(3) 3*cot (3)*cot (x)*log(3) 3*cot (x)*cot(3)*log(3) | 3 3*cot(x)*log(3) log(3) cot (x)*log(3) 3*log(3) 3 3*cot (3)*log(3) 2 3*cot(3)*log(3) 3*cot (x)*cot(3)*log(3) 3*x*cot(x)*log(3) x*log(3) x*cot (x)*log(3) 3*x*cot(3)*log(3) 3*x*log(3) 3*x*cot (3)*log(3) 3*x*cot(3)*log(3) 3*x*cot (x)*cot(3)*log(3) 3*x*cot (3)*cot(x)*log(3)| log(3) cot (x)*log(3) 2 6 4 2 4 3 5 3 7 4 4 2 2 2 6 5 3 3 3*log(3) 4 2 log(3) cot (x)*log(3) log(3) cot (x)*log(3) cot(3)*log(3) 3 2*cot (3)*log(3) 3*cot(3)*log(3) cot (x)*cot(3)*log(3) 3*cot (3)*log(3) 3*cot (3)*cot (x)*log(3) 3*cot(3)*cot(x)*log(3) log(3) cot (x)*log(3) log(3) cot (x)*log(3) 3*cot (3)*log(3) 3*cot (x)*log(3) 4 2 cot(3)*log(3) 2 2 3 3 3 3*cot(3)*cot(x)*log(3) cot (x)*cot(3)*log(3) 3*cot (3)*cot (x)*log(3) 3*cot (x)*cot(3)*log(3) cot(3)*log(3) cot (x)*log(3) cot(x)*log(3) log(3) cot (x)*log(3) 3*cot (x)*log(3) 4 3 2 3 3 4 3 2 3*cot (x)*cot(3)*log(3) cot (x)*cot(3)*log(3) 3*cot (3)*cot (x)*log(3) 3*cot (3)*cot(x)*log(3) 3*cot (x)*cot(3)*log(3) log(3) 2 log(3) cot (x)*log(3) cot(3)*log(3) log(3) cot (x)*log(3) 2 3 2 2 log(3) cot (x)*log(3) 2 6 4 2 4 3 5 3 7 4 4 2 2 2 6 5 3 3 cot(3)*log(3) cot (x)*log(3) cot(x)*log(3) log(3) cot (x)*log(3) 3*cot (x)*log(3) 4 3 2 3 3 4 3 2 3*cot (x)*cot(3)*log(3) cot (x)*cot(3)*log(3) 3*cot (3)*cot (x)*log(3) 3*cot (3)*cot(x)*log(3) 3*cot (x)*cot(3)*log(3) log(3) cot (x)*log(3) 2 3 2 2 cot(3)*log(3) cot (x)*log(3) cot(x)*log(3) log(3) cot (x)*log(3) 3*cot (x)*log(3) 4 3 2 3 3 4 3 2 3*cot (x)*cot(3)*log(3) cot (x)*cot(3)*log(3) 3*cot (3)*cot (x)*log(3) 3*cot (3)*cot(x)*log(3) 3*cot (x)*cot(3)*log(3) log(3) cot (x)*log(3) 2 6 4 2 4 3 5 3 7 4 4 2 2 2 6 5 3 3 log(3) cot (x)*log(3) 2 6 4 2 4 3 5 3 7 4 4 2 2 2 6 5 3 3 log(3) cot (x)*log(3) log(3) cot (x)*log(3) 3*cot (3)*log(3) 3*cot (x)*log(3) 4 2 cot(3)*log(3) 2 2 3 3 3 3*cot(3)*cot(x)*log(3) cot (x)*cot(3)*log(3) 3*cot (3)*cot (x)*log(3) 3*cot (x)*cot(3)*log(3)
- 2*cot (3)*log(3) + 3*cot(3)*log(3) - --------------- - --------- + -------------- + -------- - x*cot (3)*log(3) - ---------------- + 3*cot (3)*cot(x)*log(3) - --------------- - ----------------------- - ----------------- - --------- + ---------------- + ----------------- + ---------- - ------------------ - ----------------- - ------------------------- + ------------------------- - ------ + cot (3)*log(3) + --------- + -------------- + ------------- - cot(3)*cot(x)*log(3) -------- + cot (3)*log(3) - 3*cot (3)*log(3) - --------- - -------------- + ---------- + -------------- + ------------- - 2*cot (3)*cot(x)*log(3) + ---------------- - --------------- - --------------------- + ---------------- + ------------------------ + ---------------------- cot (x)*log(3) - ------ - 6*cot(3)*log(3) - 3*cot (x)*log(3) + 3*cot(x)*log(3) + ---------------- - 12*cot (3)*cot(x)*log(3) - 8*cot (3)*cot (x)*log(3) - 6*cot (x)*cot(3)*log(3) - 3*x*cot(3)*log(3) + 12*cot (3)*cot (x)*log(3) + 12*cot (x)*cot(3)*log(3) - ------------------ - -------- + ----------------- - 6*x*cot (3)*cot(x)*log(3) - 4*x*cot (3)*cot (x)*log(3) - 3*x*cot (x)*cot(3)*log(3) + 6*x*cot (3)*cot (x)*log(3) + 6*x*cot (x)*cot(3)*log(3) -------- + -------------- - 6*cot (3)*log(3) - ---------------- - --------- + ---------- - 4*cot (3)*cot(x)*log(3) - 3*x*cot (3)*log(3) - --------------- - 3*cot (x)*cot(3)*log(3) + 6*cot (3)*cot (x)*log(3) + 6*cot(3)*cot(x)*log(3) - ------------------ - --------- + ---------------- - 2*x*cot (3)*cot(x)*log(3) + 3*x*cot (3)*cot (x)*log(3) + 3*x*cot(3)*cot(x)*log(3) - ----------------- - ------------------------- - ------ - -------------- + ---------- + -------------- + ---------------- + ---------------- + cot (3)*cot (x)*log(3) + ------------- - 3*cot (3)*cot (x)*log(3) - 2*cot (3)*cot (x)*log(3) + 2*cot (3)*cot(x)*log(3) - ---------------------- - --------------------- + ------------------------ + ----------------------- ------ + -------------- - cot (x)*log(3) - 2*cot (x)*cot(3)*log(3) + 2*cot (3)*cot (x)*log(3) + 2*cot(3)*cot(x)*log(3) ------ + -------------- - 2*cot (x)*log(3) - 2*cot (x)*log(3) + 3*cot (x)*log(3) - 24*cot (3)*cot (x)*log(3) - 16*cot (3)*cot (x)*log(3) - 12*cot (x)*cot(3)*log(3) - 4*cot (x)*cot(3)*log(3) + 4*cot(3)*cot(x)*log(3) + 8*cot (3)*cot (x)*log(3) + 12*cot (3)*cot (x)*log(3) + 12*cot (3)*cot (x)*log(3) + 12*cot (x)*cot(3)*log(3) + 16*cot (3)*cot (x)*log(3) cot (x)*log(3) - ------ - 6*cot(3)*log(3) - 3*cot (x)*log(3) + 3*cot(x)*log(3) + ---------------- - 12*cot (3)*cot(x)*log(3) - 8*cot (3)*cot (x)*log(3) - 6*cot (x)*cot(3)*log(3) - 3*x*cot(3)*log(3) + 12*cot (3)*cot (x)*log(3) + 12*cot (x)*cot(3)*log(3) - ------------------ - -------- + ----------------- - 6*x*cot (3)*cot(x)*log(3) - 4*x*cot (3)*cot (x)*log(3) - 3*x*cot (x)*cot(3)*log(3) + 6*x*cot (3)*cot (x)*log(3) + 6*x*cot (x)*cot(3)*log(3) ------------- - -------------- - ------------- + --------- + -------------- + ---------------- + cot (3)*cot (x)*log(3) - 3*cot (3)*cot (x)*log(3) - 2*cot (3)*cot (x)*log(3) + 2*cot (3)*cot (x)*log(3) - ----------------------- - --------------------- + ------------------------ + ----------------------- + ----------------------- cot(3)*log(3) - ------------- + -------- + -------------- + cot (3)*cot(x)*log(3) - cot (x)*cot(3)*log(3) cot (x)*log(3) - ------ - 6*cot(3)*log(3) - 3*cot (x)*log(3) + 3*cot(x)*log(3) + ---------------- - 12*cot (3)*cot(x)*log(3) - 8*cot (3)*cot (x)*log(3) - 6*cot (x)*cot(3)*log(3) - 3*x*cot(3)*log(3) + 12*cot (3)*cot (x)*log(3) + 12*cot (x)*cot(3)*log(3) - ------------------ - -------- + ----------------- - 6*x*cot (3)*cot(x)*log(3) - 4*x*cot (3)*cot (x)*log(3) - 3*x*cot (x)*cot(3)*log(3) + 6*x*cot (3)*cot (x)*log(3) + 6*x*cot (x)*cot(3)*log(3) 2*cot (3)*log(3) - --------------- - -------- - -------------- + ---------- + -------------- + --------------- + cot (3)*cot(x)*log(3) + ------------- - 3*cot (3)*cot(x)*log(3) - 2*cot (3)*cot (x)*log(3) - --------------------- + ---------------- + ------------------------ + ----------------------- 2*|- 2*cot (3)*log(3) + 3*cot(3)*log(3) - --------------- - --------- + -------------- + -------- - x*cot (3)*log(3) - ---------------- + 3*cot (3)*cot(x)*log(3) - --------------- - ----------------------- - ----------------- - --------- + ---------------- + ----------------- + ---------- - ------------------ - ----------------- - ------------------------- + -------------------------| ------ + -------------- - 2*cot (x)*log(3) - 2*cot (x)*log(3) + 3*cot (x)*log(3) - 24*cot (3)*cot (x)*log(3) - 16*cot (3)*cot (x)*log(3) - 12*cot (x)*cot(3)*log(3) - 4*cot (x)*cot(3)*log(3) + 4*cot(3)*cot(x)*log(3) + 8*cot (3)*cot (x)*log(3) + 12*cot (3)*cot (x)*log(3) + 12*cot (3)*cot (x)*log(3) + 12*cot (x)*cot(3)*log(3) + 16*cot (3)*cot (x)*log(3) -------- + cot (3)*log(3) - 3*cot (3)*log(3) - --------- - -------------- + ---------- + -------------- + ------------- - 2*cot (3)*cot(x)*log(3) + ---------------- - --------------- - --------------------- + ---------------- + ------------------------ + ---------------------- - ------ - -------------- + ---------- + -------------- + ---------------- + ---------------- + cot (3)*cot (x)*log(3) + ------------- - 3*cot (3)*cot (x)*log(3) - 2*cot (3)*cot (x)*log(3) + 2*cot (3)*cot(x)*log(3) - ---------------------- - --------------------- + ------------------------ + ----------------------- ------------- - -------------- - ------------- + --------- + -------------- + ---------------- + cot (3)*cot (x)*log(3) - 3*cot (3)*cot (x)*log(3) - 2*cot (3)*cot (x)*log(3) + 2*cot (3)*cot (x)*log(3) - ----------------------- - --------------------- + ------------------------ + ----------------------- + ----------------------- - ------ + cot (3)*log(3) + --------- + -------------- + ------------- - cot(3)*cot(x)*log(3) ------ + -------------- - cot (x)*log(3) - 2*cot (x)*cot(3)*log(3) + 2*cot (3)*cot (x)*log(3) + 2*cot(3)*cot(x)*log(3) ------ + -------------- - 2*cot (x)*log(3) - 2*cot (x)*log(3) + 3*cot (x)*log(3) - 24*cot (3)*cot (x)*log(3) - 16*cot (3)*cot (x)*log(3) - 12*cot (x)*cot(3)*log(3) - 4*cot (x)*cot(3)*log(3) + 4*cot(3)*cot(x)*log(3) + 8*cot (3)*cot (x)*log(3) + 12*cot (3)*cot (x)*log(3) + 12*cot (3)*cot (x)*log(3) + 12*cot (x)*cot(3)*log(3) + 16*cot (3)*cot (x)*log(3) ------------- - -------------- - ------------- + --------- + -------------- + ---------------- + cot (3)*cot (x)*log(3) - 3*cot (3)*cot (x)*log(3) - 2*cot (3)*cot (x)*log(3) + 2*cot (3)*cot (x)*log(3) - ----------------------- - --------------------- + ------------------------ + ----------------------- + ----------------------- ------ + -------------- - cot (x)*log(3) - 2*cot (x)*cot(3)*log(3) + 2*cot (3)*cot (x)*log(3) + 2*cot(3)*cot(x)*log(3) ------------- - -------------- - ------------- + --------- + -------------- + ---------------- + cot (3)*cot (x)*log(3) - 3*cot (3)*cot (x)*log(3) - 2*cot (3)*cot (x)*log(3) + 2*cot (3)*cot (x)*log(3) - ----------------------- - --------------------- + ------------------------ + ----------------------- + ----------------------- ------ + -------------- - 2*cot (x)*log(3) - 2*cot (x)*log(3) + 3*cot (x)*log(3) - 24*cot (3)*cot (x)*log(3) - 16*cot (3)*cot (x)*log(3) - 12*cot (x)*cot(3)*log(3) - 4*cot (x)*cot(3)*log(3) + 4*cot(3)*cot(x)*log(3) + 8*cot (3)*cot (x)*log(3) + 12*cot (3)*cot (x)*log(3) + 12*cot (3)*cot (x)*log(3) + 12*cot (x)*cot(3)*log(3) + 16*cot (3)*cot (x)*log(3) ------ + -------------- - 2*cot (x)*log(3) - 2*cot (x)*log(3) + 3*cot (x)*log(3) - 24*cot (3)*cot (x)*log(3) - 16*cot (3)*cot (x)*log(3) - 12*cot (x)*cot(3)*log(3) - 4*cot (x)*cot(3)*log(3) + 4*cot(3)*cot(x)*log(3) + 8*cot (3)*cot (x)*log(3) + 12*cot (3)*cot (x)*log(3) + 12*cot (3)*cot (x)*log(3) + 12*cot (x)*cot(3)*log(3) + 16*cot (3)*cot (x)*log(3) - ------ - -------------- + ---------- + -------------- + ---------------- + ---------------- + cot (3)*cot (x)*log(3) + ------------- - 3*cot (3)*cot (x)*log(3) - 2*cot (3)*cot (x)*log(3) + 2*cot (3)*cot(x)*log(3) - ---------------------- - --------------------- + ------------------------ + -----------------------
4 3 4 4*cot(x) cot(x) 2 2 8 3 8 2 8*cot(x) 2*cot(x) 2 4 2 2 2 4 cot(x) 8 2 4 4 16 3 cot(x) 2*cot(x) 2 2 2 2 cot(x) 2 2 2*cot(x) 2 2 2 2 2 4 cot(x) 4 2 4 2*cot(x) 2 4 4 2 16 2 8 2*cot(x) 2 2 2 2 2 2 2 2 cot(x) 2 2 2*cot(x) 2 2 4 4 16*cot(x) 16 8 2 2 2 2 2 2 4*cot(x) 4 cot(x) 2 2 2*cot(x) 2 2 4*cot(x) 4 3 16 8 2 2 2*cot(x) 2 2 | 4 3 4 4*cot(x) cot(x) 2 2 8 3 8 2 8*cot(x) 2*cot(x) 2 4 2 | 2 2 8 2 4 4 16 3 cot(x) 2*cot(x) 2 2 2 2 4 4 2 16 2 8 2*cot(x) 2 2 2 2 2 4 4 16*cot(x) 16 8 2 2 2 2 2 2 2 4 cot(x) 2 2 2 2 2 4 4 16*cot(x) 16 8 2 2 2 2 2 2 2 2 4 4 16*cot(x) 16 8 2 2 2 2 2 2 2 2 2 4 4 2 16 2 8 2*cot(x) 2 2 2 2
4*cot (x) 2*cot (x) 8*cot (x) 4*cot (x) 4*cot (x) 4*cot (x) 16*cot (x) 2*cot (x) 2*cot (x) 2*cot (x) 4*cot (x) 16*cot (x) 16*cot (x) 2*cot (x) \ 4*cot (x) 2*cot (x) 8*cot (x) 4*cot (x) / 4*cot (x) 16*cot (x) 2*cot (x) 2*cot (x) 16*cot (x) 4*cot (x) 16*cot (x)
−xlog(3)cot6(x)−6xlog(3)cot(3)cot5(x)−3xlog(3)cot4(x)+12xlog(3)cot2(3)cot4(x)+12xlog(3)cot(3)cot3(x)−8xlog(3)cot3(3)cot3(x)−12xlog(3)cot2(3)cot2(x)+3xlog(3)cot2(x)−6xlog(3)cot(3)cot(x)−xlog(3)+2log(3)cot6(x)−12log(3)cot(3)cot5(x)−6log(3)cot4(x)+24log(3)cot2(3)cot4(x)+24log(3)cot(3)cot3(x)−16log(3)cot3(3)cot3(x)−24log(3)cot2(3)cot2(x)+6log(3)cot2(x)−12log(3)cot(3)cot(x)−2log(3)cot3(3)cot6(x)+xlog(3)cot6(x)−6xlog(3)cot(3)cot5(x)−3xlog(3)cot4(x)+12xlog(3)cot2(3)cot4(x)+12xlog(3)cot(3)cot3(x)−8xlog(3)cot3(3)cot3(x)−12xlog(3)cot2(3)cot2(x)+3xlog(3)cot2(x)−6xlog(3)cot(3)cot(x)−xlog(3)+2log(3)cot6(x)−12log(3)cot(3)cot5(x)−6log(3)cot4(x)+24log(3)cot2(3)cot4(x)+24log(3)cot(3)cot3(x)−16log(3)cot3(3)cot3(x)−24log(3)cot2(3)cot2(x)+6log(3)cot2(x)−12log(3)cot(3)cot(x)−2log(3)3cot3(3)cot4(x)−xlog(3)cot6(x)−6xlog(3)cot(3)cot5(x)−3xlog(3)cot4(x)+12xlog(3)cot2(3)cot4(x)+12xlog(3)cot(3)cot3(x)−8xlog(3)cot3(3)cot3(x)−12xlog(3)cot2(3)cot2(x)+3xlog(3)cot2(x)−6xlog(3)cot(3)cot(x)−xlog(3)+2log(3)cot6(x)−12log(3)cot(3)cot5(x)−6log(3)cot4(x)+24log(3)cot2(3)cot4(x)+24log(3)cot(3)cot3(x)−16log(3)cot3(3)cot3(x)−24log(3)cot2(3)cot2(x)+6log(3)cot2(x)−12log(3)cot(3)cot(x)−2log(3)3cot3(3)cot2(x)+xlog(3)cot6(x)−6xlog(3)cot(3)cot5(x)−3xlog(3)cot4(x)+12xlog(3)cot2(3)cot4(x)+12xlog(3)cot(3)cot3(x)−8xlog(3)cot3(3)cot3(x)−12xlog(3)cot2(3)cot2(x)+3xlog(3)cot2(x)−6xlog(3)cot(3)cot(x)−xlog(3)+2log(3)cot6(x)−12log(3)cot(3)cot5(x)−6log(3)cot4(x)+24log(3)cot2(3)cot4(x)+24log(3)cot(3)cot3(x)−16log(3)cot3(3)cot3(x)−24log(3)cot2(3)cot2(x)+6log(3)cot2(x)−12log(3)cot(3)cot(x)−2log(3)cot3(3)−2xlog(3)cot5(x)−3xlog(3)cot(3)cot4(x)−23xlog(3)cot3(x)+6xlog(3)cot2(3)cot3(x)+6xlog(3)cot(3)cot2(x)−4xlog(3)cot3(3)cot2(x)−6xlog(3)cot2(3)cot(x)+23xlog(3)cot(x)−3xlog(3)cot(3)−2cot(x)xlog(3)+log(3)cot5(x)−6log(3)cot(3)cot4(x)−3log(3)cot3(x)+12log(3)cot2(3)cot3(x)+12log(3)cot(3)cot2(x)−8log(3)cot3(3)cot2(x)−12log(3)cot2(3)cot(x)+3log(3)cot(x)−6log(3)cot(3)−cot(x)log(3)3cot2(3)cot4(x)+2xlog(3)cot5(x)−3xlog(3)cot(3)cot4(x)−23xlog(3)cot3(x)+6xlog(3)cot2(3)cot3(x)+6xlog(3)cot(3)cot2(x)−4xlog(3)cot3(3)cot2(x)−6xlog(3)cot2(3)cot(x)+23xlog(3)cot(x)−3xlog(3)cot(3)−2cot(x)xlog(3)+log(3)cot5(x)−6log(3)cot(3)cot4(x)−3log(3)cot3(x)+12log(3)cot2(3)cot3(x)+12log(3)cot(3)cot2(x)−8log(3)cot3(3)cot2(x)−12log(3)cot2(3)cot(x)+3log(3)cot(x)−6log(3)cot(3)−cot(x)log(3)6cot2(3)cot2(x)−2xlog(3)cot5(x)−3xlog(3)cot(3)cot4(x)−23xlog(3)cot3(x)+6xlog(3)cot2(3)cot3(x)+6xlog(3)cot(3)cot2(x)−4xlog(3)cot3(3)cot2(x)−6xlog(3)cot2(3)cot(x)+23xlog(3)cot(x)−3xlog(3)cot(3)−2cot(x)xlog(3)+log(3)cot5(x)−6log(3)cot(3)cot4(x)−3log(3)cot3(x)+12log(3)cot2(3)cot3(x)+12log(3)cot(3)cot2(x)−8log(3)cot3(3)cot2(x)−12log(3)cot2(3)cot(x)+3log(3)cot(x)−6log(3)cot(3)−cot(x)log(3)3cot2(3)+4xlog(3)cot4(x)−23xlog(3)cot(3)cot3(x)−43xlog(3)cot2(x)+3xlog(3)cot2(3)cot2(x)+3xlog(3)cot(3)cot(x)−2xlog(3)cot3(3)cot(x)−3xlog(3)cot2(3)+43xlog(3)−2cot(x)3xlog(3)cot(3)−4cot2(x)xlog(3)+2log(3)cot4(x)−3log(3)cot(3)cot3(x)−23log(3)cot2(x)+6log(3)cot2(3)cot2(x)+6log(3)cot(3)cot(x)−4log(3)cot3(3)cot(x)−6log(3)cot2(3)+23log(3)−cot(x)3log(3)cot(3)−2cot2(x)log(3)3cot(3)−2(8xlog(3)cot3(x)−43xlog(3)cot(3)cot2(x)−83xlog(3)cot(x)+23xlog(3)cot2(3)cot(x)+23xlog(3)cot(3)−xlog(3)cot3(3)−2cot(x)3xlog(3)cot2(3)+8cot(x)3xlog(3)−4cot2(x)3xlog(3)cot(3)−8cot3(x)xlog(3)+4log(3)cot3(x)−23log(3)cot(3)cot2(x)−43log(3)cot(x)+3log(3)cot2(3)cot(x)+3log(3)cot(3)−2log(3)cot3(3)−cot(x)3log(3)cot2(3)+4cot(x)3log(3)−2cot2(x)3log(3)cot(3)−4cot3(x)log(3))3cot(3)cot(x)−8xlog(3)cot3(x)−43xlog(3)cot(3)cot2(x)−83xlog(3)cot(x)+23xlog(3)cot2(3)cot(x)+23xlog(3)cot(3)−xlog(3)cot3(3)−2cot(x)3xlog(3)cot2(3)+8cot(x)3xlog(3)−4cot2(x)3xlog(3)cot(3)−8cot3(x)xlog(3)+4log(3)cot3(x)−23log(3)cot(3)cot2(x)−43log(3)cot(x)+3log(3)cot2(3)cot(x)+3log(3)cot(3)−2log(3)cot3(3)−cot(x)3log(3)cot2(3)+4cot(x)3log(3)−2cot2(x)3log(3)cot(3)−4cot3(x)log(3)1−2log(3)cot8(x)−4log(3)cot(3)cot7(x)−2log(3)cot6(x)+12log(3)cot2(3)cot6(x)+12log(3)cot(3)cot5(x)−16log(3)cot3(3)cot5(x)−24log(3)cot2(3)cot4(x)+3log(3)cot4(x)+8log(3)cot4(3)cot4(x)+16log(3)cot3(3)cot3(x)−12log(3)cot(3)cot3(x)−2log(3)cot2(x)+12log(3)cot2(3)cot2(x)+4log(3)cot(3)cot(x)+2log(3)3log(x+2)cot4(3)cot8(x)+2log(3)cot8(x)−4log(3)cot(3)cot7(x)−2log(3)cot6(x)+12log(3)cot2(3)cot6(x)+12log(3)cot(3)cot5(x)−16log(3)cot3(3)cot5(x)−24log(3)cot2(3)cot4(x)+3log(3)cot4(x)+8log(3)cot4(3)cot4(x)+16log(3)cot3(3)cot3(x)−12log(3)cot(3)cot3(x)−2log(3)cot2(x)+12log(3)cot2(3)cot2(x)+4log(3)cot(3)cot(x)+2log(3)12log(x+2)cot4(3)cot6(x)−2log(3)cot8(x)−4log(3)cot(3)cot7(x)−2log(3)cot6(x)+12log(3)cot2(3)cot6(x)+12log(3)cot(3)cot5(x)−16log(3)cot3(3)cot5(x)−24log(3)cot2(3)cot4(x)+3log(3)cot4(x)+8log(3)cot4(3)cot4(x)+16log(3)cot3(3)cot3(x)−12log(3)cot(3)cot3(x)−2log(3)cot2(x)+12log(3)cot2(3)cot2(x)+4log(3)cot(3)cot(x)+2log(3)18log(x+2)cot4(3)cot4(x)+2log(3)cot8(x)−4log(3)cot(3)cot7(x)−2log(3)cot6(x)+12log(3)cot2(3)cot6(x)+12log(3)cot(3)cot5(x)−16log(3)cot3(3)cot5(x)−24log(3)cot2(3)cot4(x)+3log(3)cot4(x)+8log(3)cot4(3)cot4(x)+16log(3)cot3(3)cot3(x)−12log(3)cot(3)cot3(x)−2log(3)cot2(x)+12log(3)cot2(3)cot2(x)+4log(3)cot(3)cot(x)+2log(3)12log(x+2)cot4(3)cot2(x)−2log(3)cot8(x)−4log(3)cot(3)cot7(x)−2log(3)cot6(x)+12log(3)cot2(3)cot6(x)+12log(3)cot(3)cot5(x)−16log(3)cot3(3)cot5(x)−24log(3)cot2(3)cot4(x)+3log(3)cot4(x)+8log(3)cot4(3)cot4(x)+16log(3)cot3(3)cot3(x)−12log(3)cot(3)cot3(x)−2log(3)cot2(x)+12log(3)cot2(3)cot2(x)+4log(3)cot(3)cot(x)+2log(3)3log(x+2)cot4(3)−16log(3)cot7(x)−2log(3)cot(3)cot6(x)−4log(3)cot5(x)+23log(3)cot2(3)cot5(x)+23log(3)cot(3)cot4(x)−2log(3)cot3(3)cot4(x)−3log(3)cot2(3)cot3(x)+83log(3)cot3(x)+log(3)cot4(3)cot3(x)+2log(3)cot3(3)cot2(x)−23log(3)cot(3)cot2(x)−4log(3)cot(x)+23log(3)cot2(3)cot(x)+2log(3)cot(3)+16cot(x)log(3)3log(x+2)cot3(3)cot6(x)+16log(3)cot7(x)−2log(3)cot(3)cot6(x)−4log(3)cot5(x)+23log(3)cot2(3)cot5(x)+23log(3)cot(3)cot4(x)−2log(3)cot3(3)cot4(x)−3log(3)cot2(3)cot3(x)+83log(3)cot3(x)+log(3)cot4(3)cot3(x)+2log(3)cot3(3)cot2(x)−23log(3)cot(3)cot2(x)−4log(3)cot(x)+23log(3)cot2(3)cot(x)+2log(3)cot(3)+16cot(x)log(3)9log(x+2)cot3(3)cot4(x)−16log(3)cot7(x)−2log(3)cot(3)cot6(x)−4log(3)cot5(x)+23log(3)cot2(3)cot5(x)+23log(3)cot(3)cot4(x)−2log(3)cot3(3)cot4(x)−3log(3)cot2(3)cot3(x)+83log(3)cot3(x)+log(3)cot4(3)cot3(x)+2log(3)cot3(3)cot2(x)−23log(3)cot(3)cot2(x)−4log(3)cot(x)+23log(3)cot2(3)cot(x)+2log(3)cot(3)+16cot(x)log(3)9log(x+2)cot3(3)cot2(x)+16log(3)cot7(x)−2log(3)cot(3)cot6(x)−4log(3)cot5(x)+23log(3)cot2(3)cot5(x)+23log(3)cot(3)cot4(x)−2log(3)cot3(3)cot4(x)−3log(3)cot2(3)cot3(x)+83log(3)cot3(x)+log(3)cot4(3)cot3(x)+2log(3)cot3(3)cot2(x)−23log(3)cot(3)cot2(x)−4log(3)cot(x)+23log(3)cot2(3)cot(x)+2log(3)cot(3)+16cot(x)log(3)3log(x+2)cot3(3)−16log(3)cot6(x)−2log(3)cot(3)cot5(x)−4log(3)cot4(x)+23log(3)cot2(3)cot4(x)+23log(3)cot(3)cot3(x)−2log(3)cot3(3)cot3(x)−3log(3)cot2(3)cot2(x)+83log(3)cot2(x)+log(3)cot4(3)cot2(x)+2log(3)cot3(3)cot(x)−23log(3)cot(3)cot(x)−4log(3)+23log(3)cot2(3)+2cot(x)log(3)cot(3)+16cot2(x)log(3)9log(x+2)cot2(3)cot4(x)+16log(3)cot6(x)−2log(3)cot(3)cot5(x)−4log(3)cot4(x)+23log(3)cot2(3)cot4(x)+23log(3)cot(3)cot3(x)−2log(3)cot3(3)cot3(x)−3log(3)cot2(3)cot2(x)+83log(3)cot2(x)+log(3)cot4(3)cot2(x)+2log(3)cot3(3)cot(x)−23log(3)cot(3)cot(x)−4log(3)+23log(3)cot2(3)+2cot(x)log(3)cot(3)+16cot2(x)log(3)18log(x+2)cot2(3)cot2(x)−16log(3)cot6(x)−2log(3)cot(3)cot5(x)−4log(3)cot4(x)+23log(3)cot2(3)cot4(x)+23log(3)cot(3)cot3(x)−2log(3)cot3(3)cot3(x)−3log(3)cot2(3)cot2(x)+83log(3)cot2(x)+log(3)cot4(3)cot2(x)+2log(3)cot3(3)cot(x)−23log(3)cot(3)cot(x)−4log(3)+23log(3)cot2(3)+2cot(x)log(3)cot(3)+16cot2(x)log(3)9log(x+2)cot2(3)+16log(3)cot5(x)−2log(3)cot(3)cot4(x)−4log(3)cot3(x)+23log(3)cot2(3)cot3(x)+23log(3)cot(3)cot2(x)−2log(3)cot3(3)cot2(x)−3log(3)cot2(3)cot(x)+83log(3)cot(x)+log(3)cot4(3)cot(x)+2log(3)cot3(3)−23log(3)cot(3)−4cot(x)log(3)+2cot(x)3log(3)cot2(3)+2cot2(x)log(3)cot(3)+16cot3(x)log(3)12log(x+2)cot(3)−16log(3)cot4(x)−2log(3)cot(3)cot3(x)−4log(3)cot2(x)+23log(3)cot2(3)cot2(x)+23log(3)cot(3)cot(x)−2log(3)cot3(3)cot(x)−3log(3)cot2(3)+83log(3)+log(3)cot4(3)+cot(x)2log(3)cot3(3)−2cot(x)3log(3)cot(3)−4cot2(x)log(3)+2cot2(x)3log(3)cot2(3)+2cot3(x)log(3)cot(3)+16cot4(x)log(3)12log(x+2)cot(3)cot(x)−16log(3)cot4(x)−2log(3)cot(3)cot3(x)−4log(3)cot2(x)+23log(3)cot2(3)cot2(x)+23log(3)cot(3)cot(x)−2log(3)cot3(3)cot(x)−3log(3)cot2(3)+83log(3)+log(3)cot4(3)+cot(x)2log(3)cot3(3)−2cot(x)3log(3)cot(3)−4cot2(x)log(3)+2cot2(x)3log(3)cot2(3)+2cot3(x)log(3)cot(3)+16cot4(x)log(3)6log(x+2)−2log(3)cot4(x)−2log(3)cot(3)cot3(x)−log(3)cot2(x)+2log(3)cot2(3)cot2(x)+2log(3)cot(3)cot(x)+2log(3)3log(x+2)cot2(3)cot4(x)+2log(3)cot4(x)−2log(3)cot(3)cot3(x)−log(3)cot2(x)+2log(3)cot2(3)cot2(x)+2log(3)cot(3)cot(x)+2log(3)6log(x+2)cot2(3)cot2(x)−2log(3)cot4(x)−2log(3)cot(3)cot3(x)−log(3)cot2(x)+2log(3)cot2(3)cot2(x)+2log(3)cot(3)cot(x)+2log(3)3log(x+2)cot2(3)+4log(3)cot3(x)−log(3)cot(3)cot2(x)−2log(3)cot(x)+log(3)cot2(3)cot(x)+log(3)cot(3)+4cot(x)log(3)6log(x+2)cot(3)−4log(3)cot2(x)−log(3)cot(3)cot(x)−2log(3)+log(3)cot2(3)+cot(x)log(3)cot(3)+4cot2(x)log(3)6log(x+2)cot(3)cot(x)−4log(3)cot2(x)−log(3)cot(3)cot(x)−2log(3)+log(3)cot2(3)+cot(x)log(3)cot(3)+4cot2(x)log(3)6log(x+2)
-1/(-2*cot(3)^3*log(3) + 3*cot(3)*log(3) - 3*cot(x)*log(3)/4 - log(3)/(4*cot(x)^3) + cot(x)^3*log(3)/4 + 3*log(3)/(4*cot(x)) - x*cot(3)^3*log(3) - 3*cot(3)^2*log(3)/cot(x) + 3*cot(3)^2*cot(x)*log(3) - 3*cot(3)*log(3)/(2*cot(x)^2) - 3*cot(x)^2*cot(3)*log(3)/2 - 3*x*cot(x)*log(3)/8 - x*log(3)/(8*cot(x)^3) + x*cot(x)^3*log(3)/8 + 3*x*cot(3)*log(3)/2 + 3*x*log(3)/(8*cot(x)) - 3*x*cot(3)^2*log(3)/(2*cot(x)) - 3*x*cot(3)*log(3)/(4*cot(x)^2) - 3*x*cot(x)^2*cot(3)*log(3)/4 + 3*x*cot(3)^2*cot(x)*log(3)/2) + cot(3)^3/(-2*log(3) - x*log(3) - 6*cot(x)^4*log(3) + 2*cot(x)^6*log(3) + 6*cot(x)^2*log(3) + x*cot(x)^6*log(3) - 24*cot(3)^2*cot(x)^2*log(3) - 16*cot(3)^3*cot(x)^3*log(3) - 12*cot(x)^5*cot(3)*log(3) - 12*cot(3)*cot(x)*log(3) - 3*x*cot(x)^4*log(3) + 3*x*cot(x)^2*log(3) + 24*cot(3)^2*cot(x)^4*log(3) + 24*cot(x)^3*cot(3)*log(3) - 12*x*cot(3)^2*cot(x)^2*log(3) - 8*x*cot(3)^3*cot(x)^3*log(3) - 6*x*cot(x)^5*cot(3)*log(3) - 6*x*cot(3)*cot(x)*log(3) + 12*x*cot(3)^2*cot(x)^4*log(3) + 12*x*cot(x)^3*cot(3)*log(3)) - 6*log(x + 2)/(-log(3)/2 + cot(3)^2*log(3) + log(3)/(4*cot(x)^2) + cot(x)^2*log(3)/4 + cot(3)*log(3)/cot(x) - cot(3)*cot(x)*log(3)) - 6*log(x + 2)/(3*log(3)/8 + cot(3)^4*log(3) - 3*cot(3)^2*log(3) - log(3)/(4*cot(x)^2) - cot(x)^2*log(3)/4 + log(3)/(16*cot(x)^4) + cot(x)^4*log(3)/16 + cot(3)*log(3)/(2*cot(x)^3) - 2*cot(3)^3*cot(x)*log(3) + 2*cot(3)^3*log(3)/cot(x) - 3*cot(3)*log(3)/(2*cot(x)) - cot(x)^3*cot(3)*log(3)/2 + 3*cot(3)^2*log(3)/(2*cot(x)^2) + 3*cot(3)^2*cot(x)^2*log(3)/2 + 3*cot(3)*cot(x)*log(3)/2) - 3*cot(3)^2/(cot(x)^5*log(3) - log(3)/cot(x) - 6*cot(3)*log(3) - 3*cot(x)^3*log(3) + 3*cot(x)*log(3) + x*cot(x)^5*log(3)/2 - 12*cot(3)^2*cot(x)*log(3) - 8*cot(3)^3*cot(x)^2*log(3) - 6*cot(x)^4*cot(3)*log(3) - 3*x*cot(3)*log(3) + 12*cot(3)^2*cot(x)^3*log(3) + 12*cot(x)^2*cot(3)*log(3) - 3*x*cot(x)^3*log(3)/2 - x*log(3)/(2*cot(x)) + 3*x*cot(x)*log(3)/2 - 6*x*cot(3)^2*cot(x)*log(3) - 4*x*cot(3)^3*cot(x)^2*log(3) - 3*x*cot(x)^4*cot(3)*log(3) + 6*x*cot(3)^2*cot(x)^3*log(3) + 6*x*cot(x)^2*cot(3)*log(3)) + 3*cot(3)/(3*log(3)/2 + cot(x)^4*log(3)/2 - 6*cot(3)^2*log(3) - 3*cot(x)^2*log(3)/2 - log(3)/(2*cot(x)^2) + 3*x*log(3)/4 - 4*cot(3)^3*cot(x)*log(3) - 3*x*cot(3)^2*log(3) - 3*cot(3)*log(3)/cot(x) - 3*cot(x)^3*cot(3)*log(3) + 6*cot(3)^2*cot(x)^2*log(3) + 6*cot(3)*cot(x)*log(3) - 3*x*cot(x)^2*log(3)/4 - x*log(3)/(4*cot(x)^2) + x*cot(x)^4*log(3)/4 - 2*x*cot(3)^3*cot(x)*log(3) + 3*x*cot(3)^2*cot(x)^2*log(3) + 3*x*cot(3)*cot(x)*log(3) - 3*x*cot(3)*log(3)/(2*cot(x)) - 3*x*cot(x)^3*cot(3)*log(3)/2) - cot(3)^3*cot(x)^6/(-2*log(3) - x*log(3) - 6*cot(x)^4*log(3) + 2*cot(x)^6*log(3) + 6*cot(x)^2*log(3) + x*cot(x)^6*log(3) - 24*cot(3)^2*cot(x)^2*log(3) - 16*cot(3)^3*cot(x)^3*log(3) - 12*cot(x)^5*cot(3)*log(3) - 12*cot(3)*cot(x)*log(3) - 3*x*cot(x)^4*log(3) + 3*x*cot(x)^2*log(3) + 24*cot(3)^2*cot(x)^4*log(3) + 24*cot(x)^3*cot(3)*log(3) - 12*x*cot(3)^2*cot(x)^2*log(3) - 8*x*cot(3)^3*cot(x)^3*log(3) - 6*x*cot(x)^5*cot(3)*log(3) - 6*x*cot(3)*cot(x)*log(3) + 12*x*cot(3)^2*cot(x)^4*log(3) + 12*x*cot(x)^3*cot(3)*log(3)) - 9*cot(3)^2*log(x + 2)/(-log(3)/4 - cot(x)^4*log(3)/4 + log(3)/(16*cot(x)^2) + cot(x)^6*log(3)/16 + 3*cot(3)^2*log(3)/2 + 3*cot(x)^2*log(3)/8 + cot(3)^4*cot(x)^2*log(3) + cot(3)*log(3)/(2*cot(x)) - 3*cot(3)^2*cot(x)^2*log(3) - 2*cot(3)^3*cot(x)^3*log(3) + 2*cot(3)^3*cot(x)*log(3) - 3*cot(3)*cot(x)*log(3)/2 - cot(x)^5*cot(3)*log(3)/2 + 3*cot(3)^2*cot(x)^4*log(3)/2 + 3*cot(x)^3*cot(3)*log(3)/2) - 3*cot(3)^2*log(x + 2)/(log(3)/2 + cot(x)^4*log(3)/2 - cot(x)^2*log(3) - 2*cot(x)^3*cot(3)*log(3) + 2*cot(3)^2*cot(x)^2*log(3) + 2*cot(3)*cot(x)*log(3)) - 3*cot(3)^4*log(x + 2)/(log(3)/2 + cot(x)^8*log(3)/2 - 2*cot(x)^2*log(3) - 2*cot(x)^6*log(3) + 3*cot(x)^4*log(3) - 24*cot(3)^2*cot(x)^4*log(3) - 16*cot(3)^3*cot(x)^5*log(3) - 12*cot(x)^3*cot(3)*log(3) - 4*cot(x)^7*cot(3)*log(3) + 4*cot(3)*cot(x)*log(3) + 8*cot(3)^4*cot(x)^4*log(3) + 12*cot(3)^2*cot(x)^2*log(3) + 12*cot(3)^2*cot(x)^6*log(3) + 12*cot(x)^5*cot(3)*log(3) + 16*cot(3)^3*cot(x)^3*log(3)) - 3*cot(3)^3*cot(x)^2/(-2*log(3) - x*log(3) - 6*cot(x)^4*log(3) + 2*cot(x)^6*log(3) + 6*cot(x)^2*log(3) + x*cot(x)^6*log(3) - 24*cot(3)^2*cot(x)^2*log(3) - 16*cot(3)^3*cot(x)^3*log(3) - 12*cot(x)^5*cot(3)*log(3) - 12*cot(3)*cot(x)*log(3) - 3*x*cot(x)^4*log(3) + 3*x*cot(x)^2*log(3) + 24*cot(3)^2*cot(x)^4*log(3) + 24*cot(x)^3*cot(3)*log(3) - 12*x*cot(3)^2*cot(x)^2*log(3) - 8*x*cot(3)^3*cot(x)^3*log(3) - 6*x*cot(x)^5*cot(3)*log(3) - 6*x*cot(3)*cot(x)*log(3) + 12*x*cot(3)^2*cot(x)^4*log(3) + 12*x*cot(x)^3*cot(3)*log(3)) - 3*cot(3)^2*cot(x)^4/(cot(x)^5*log(3) - log(3)/cot(x) - 6*cot(3)*log(3) - 3*cot(x)^3*log(3) + 3*cot(x)*log(3) + x*cot(x)^5*log(3)/2 - 12*cot(3)^2*cot(x)*log(3) - 8*cot(3)^3*cot(x)^2*log(3) - 6*cot(x)^4*cot(3)*log(3) - 3*x*cot(3)*log(3) + 12*cot(3)^2*cot(x)^3*log(3) + 12*cot(x)^2*cot(3)*log(3) - 3*x*cot(x)^3*log(3)/2 - x*log(3)/(2*cot(x)) + 3*x*cot(x)*log(3)/2 - 6*x*cot(3)^2*cot(x)*log(3) - 4*x*cot(3)^3*cot(x)^2*log(3) - 3*x*cot(x)^4*cot(3)*log(3) + 6*x*cot(3)^2*cot(x)^3*log(3) + 6*x*cot(x)^2*cot(3)*log(3)) + 3*cot(3)^3*log(x + 2)/(cot(3)*log(3)/2 - cot(x)^5*log(3)/4 - cot(x)*log(3)/4 + log(3)/(16*cot(x)) + cot(x)^7*log(3)/16 + 3*cot(x)^3*log(3)/8 + cot(3)^4*cot(x)^3*log(3) - 3*cot(3)^2*cot(x)^3*log(3) - 2*cot(3)^3*cot(x)^4*log(3) + 2*cot(3)^3*cot(x)^2*log(3) - 3*cot(x)^2*cot(3)*log(3)/2 - cot(x)^6*cot(3)*log(3)/2 + 3*cot(3)^2*cot(x)^5*log(3)/2 + 3*cot(3)^2*cot(x)*log(3)/2 + 3*cot(x)^4*cot(3)*log(3)/2) + 3*cot(3)^3*cot(x)^4/(-2*log(3) - x*log(3) - 6*cot(x)^4*log(3) + 2*cot(x)^6*log(3) + 6*cot(x)^2*log(3) + x*cot(x)^6*log(3) - 24*cot(3)^2*cot(x)^2*log(3) - 16*cot(3)^3*cot(x)^3*log(3) - 12*cot(x)^5*cot(3)*log(3) - 12*cot(3)*cot(x)*log(3) - 3*x*cot(x)^4*log(3) + 3*x*cot(x)^2*log(3) + 24*cot(3)^2*cot(x)^4*log(3) + 24*cot(x)^3*cot(3)*log(3) - 12*x*cot(3)^2*cot(x)^2*log(3) - 8*x*cot(3)^3*cot(x)^3*log(3) - 6*x*cot(x)^5*cot(3)*log(3) - 6*x*cot(3)*cot(x)*log(3) + 12*x*cot(3)^2*cot(x)^4*log(3) + 12*x*cot(x)^3*cot(3)*log(3)) + 6*cot(3)*log(x + 2)/(cot(3)*log(3) - cot(x)*log(3)/2 + log(3)/(4*cot(x)) + cot(x)^3*log(3)/4 + cot(3)^2*cot(x)*log(3) - cot(x)^2*cot(3)*log(3)) + 6*cot(3)^2*cot(x)^2/(cot(x)^5*log(3) - log(3)/cot(x) - 6*cot(3)*log(3) - 3*cot(x)^3*log(3) + 3*cot(x)*log(3) + x*cot(x)^5*log(3)/2 - 12*cot(3)^2*cot(x)*log(3) - 8*cot(3)^3*cot(x)^2*log(3) - 6*cot(x)^4*cot(3)*log(3) - 3*x*cot(3)*log(3) + 12*cot(3)^2*cot(x)^3*log(3) + 12*cot(x)^2*cot(3)*log(3) - 3*x*cot(x)^3*log(3)/2 - x*log(3)/(2*cot(x)) + 3*x*cot(x)*log(3)/2 - 6*x*cot(3)^2*cot(x)*log(3) - 4*x*cot(3)^3*cot(x)^2*log(3) - 3*x*cot(x)^4*cot(3)*log(3) + 6*x*cot(3)^2*cot(x)^3*log(3) + 6*x*cot(x)^2*cot(3)*log(3)) + 12*cot(3)*log(x + 2)/(2*cot(3)^3*log(3) - 3*cot(3)*log(3)/2 - log(3)/(4*cot(x)) - cot(x)^3*log(3)/4 + log(3)/(16*cot(x)^3) + cot(x)^5*log(3)/16 + 3*cot(x)*log(3)/8 + cot(3)^4*cot(x)*log(3) + cot(3)*log(3)/(2*cot(x)^2) - 3*cot(3)^2*cot(x)*log(3) - 2*cot(3)^3*cot(x)^2*log(3) - cot(x)^4*cot(3)*log(3)/2 + 3*cot(3)^2*log(3)/(2*cot(x)) + 3*cot(3)^2*cot(x)^3*log(3)/2 + 3*cot(x)^2*cot(3)*log(3)/2) - 3*cot(3)*cot(x)/(2*(-2*cot(3)^3*log(3) + 3*cot(3)*log(3) - 3*cot(x)*log(3)/4 - log(3)/(4*cot(x)^3) + cot(x)^3*log(3)/4 + 3*log(3)/(4*cot(x)) - x*cot(3)^3*log(3) - 3*cot(3)^2*log(3)/cot(x) + 3*cot(3)^2*cot(x)*log(3) - 3*cot(3)*log(3)/(2*cot(x)^2) - 3*cot(x)^2*cot(3)*log(3)/2 - 3*x*cot(x)*log(3)/8 - x*log(3)/(8*cot(x)^3) + x*cot(x)^3*log(3)/8 + 3*x*cot(3)*log(3)/2 + 3*x*log(3)/(8*cot(x)) - 3*x*cot(3)^2*log(3)/(2*cot(x)) - 3*x*cot(3)*log(3)/(4*cot(x)^2) - 3*x*cot(x)^2*cot(3)*log(3)/4 + 3*x*cot(3)^2*cot(x)*log(3)/2)) - 18*cot(3)^4*cot(x)^4*log(x + 2)/(log(3)/2 + cot(x)^8*log(3)/2 - 2*cot(x)^2*log(3) - 2*cot(x)^6*log(3) + 3*cot(x)^4*log(3) - 24*cot(3)^2*cot(x)^4*log(3) - 16*cot(3)^3*cot(x)^5*log(3) - 12*cot(x)^3*cot(3)*log(3) - 4*cot(x)^7*cot(3)*log(3) + 4*cot(3)*cot(x)*log(3) + 8*cot(3)^4*cot(x)^4*log(3) + 12*cot(3)^2*cot(x)^2*log(3) + 12*cot(3)^2*cot(x)^6*log(3) + 12*cot(x)^5*cot(3)*log(3) + 16*cot(3)^3*cot(x)^3*log(3)) - 12*cot(3)*cot(x)*log(x + 2)/(3*log(3)/8 + cot(3)^4*log(3) - 3*cot(3)^2*log(3) - log(3)/(4*cot(x)^2) - cot(x)^2*log(3)/4 + log(3)/(16*cot(x)^4) + cot(x)^4*log(3)/16 + cot(3)*log(3)/(2*cot(x)^3) - 2*cot(3)^3*cot(x)*log(3) + 2*cot(3)^3*log(3)/cot(x) - 3*cot(3)*log(3)/(2*cot(x)) - cot(x)^3*cot(3)*log(3)/2 + 3*cot(3)^2*log(3)/(2*cot(x)^2) + 3*cot(3)^2*cot(x)^2*log(3)/2 + 3*cot(3)*cot(x)*log(3)/2) - 9*cot(3)^2*cot(x)^4*log(x + 2)/(-log(3)/4 - cot(x)^4*log(3)/4 + log(3)/(16*cot(x)^2) + cot(x)^6*log(3)/16 + 3*cot(3)^2*log(3)/2 + 3*cot(x)^2*log(3)/8 + cot(3)^4*cot(x)^2*log(3) + cot(3)*log(3)/(2*cot(x)) - 3*cot(3)^2*cot(x)^2*log(3) - 2*cot(3)^3*cot(x)^3*log(3) + 2*cot(3)^3*cot(x)*log(3) - 3*cot(3)*cot(x)*log(3)/2 - cot(x)^5*cot(3)*log(3)/2 + 3*cot(3)^2*cot(x)^4*log(3)/2 + 3*cot(x)^3*cot(3)*log(3)/2) - 9*cot(3)^3*cot(x)^2*log(x + 2)/(cot(3)*log(3)/2 - cot(x)^5*log(3)/4 - cot(x)*log(3)/4 + log(3)/(16*cot(x)) + cot(x)^7*log(3)/16 + 3*cot(x)^3*log(3)/8 + cot(3)^4*cot(x)^3*log(3) - 3*cot(3)^2*cot(x)^3*log(3) - 2*cot(3)^3*cot(x)^4*log(3) + 2*cot(3)^3*cot(x)^2*log(3) - 3*cot(x)^2*cot(3)*log(3)/2 - cot(x)^6*cot(3)*log(3)/2 + 3*cot(3)^2*cot(x)^5*log(3)/2 + 3*cot(3)^2*cot(x)*log(3)/2 + 3*cot(x)^4*cot(3)*log(3)/2) - 6*cot(3)*cot(x)*log(x + 2)/(-log(3)/2 + cot(3)^2*log(3) + log(3)/(4*cot(x)^2) + cot(x)^2*log(3)/4 + cot(3)*log(3)/cot(x) - cot(3)*cot(x)*log(3)) - 3*cot(3)^2*cot(x)^4*log(x + 2)/(log(3)/2 + cot(x)^4*log(3)/2 - cot(x)^2*log(3) - 2*cot(x)^3*cot(3)*log(3) + 2*cot(3)^2*cot(x)^2*log(3) + 2*cot(3)*cot(x)*log(3)) - 3*cot(3)^4*cot(x)^8*log(x + 2)/(log(3)/2 + cot(x)^8*log(3)/2 - 2*cot(x)^2*log(3) - 2*cot(x)^6*log(3) + 3*cot(x)^4*log(3) - 24*cot(3)^2*cot(x)^4*log(3) - 16*cot(3)^3*cot(x)^5*log(3) - 12*cot(x)^3*cot(3)*log(3) - 4*cot(x)^7*cot(3)*log(3) + 4*cot(3)*cot(x)*log(3) + 8*cot(3)^4*cot(x)^4*log(3) + 12*cot(3)^2*cot(x)^2*log(3) + 12*cot(3)^2*cot(x)^6*log(3) + 12*cot(x)^5*cot(3)*log(3) + 16*cot(3)^3*cot(x)^3*log(3)) - 3*cot(3)^3*cot(x)^6*log(x + 2)/(cot(3)*log(3)/2 - cot(x)^5*log(3)/4 - cot(x)*log(3)/4 + log(3)/(16*cot(x)) + cot(x)^7*log(3)/16 + 3*cot(x)^3*log(3)/8 + cot(3)^4*cot(x)^3*log(3) - 3*cot(3)^2*cot(x)^3*log(3) - 2*cot(3)^3*cot(x)^4*log(3) + 2*cot(3)^3*cot(x)^2*log(3) - 3*cot(x)^2*cot(3)*log(3)/2 - cot(x)^6*cot(3)*log(3)/2 + 3*cot(3)^2*cot(x)^5*log(3)/2 + 3*cot(3)^2*cot(x)*log(3)/2 + 3*cot(x)^4*cot(3)*log(3)/2) + 6*cot(3)^2*cot(x)^2*log(x + 2)/(log(3)/2 + cot(x)^4*log(3)/2 - cot(x)^2*log(3) - 2*cot(x)^3*cot(3)*log(3) + 2*cot(3)^2*cot(x)^2*log(3) + 2*cot(3)*cot(x)*log(3)) + 9*cot(3)^3*cot(x)^4*log(x + 2)/(cot(3)*log(3)/2 - cot(x)^5*log(3)/4 - cot(x)*log(3)/4 + log(3)/(16*cot(x)) + cot(x)^7*log(3)/16 + 3*cot(x)^3*log(3)/8 + cot(3)^4*cot(x)^3*log(3) - 3*cot(3)^2*cot(x)^3*log(3) - 2*cot(3)^3*cot(x)^4*log(3) + 2*cot(3)^3*cot(x)^2*log(3) - 3*cot(x)^2*cot(3)*log(3)/2 - cot(x)^6*cot(3)*log(3)/2 + 3*cot(3)^2*cot(x)^5*log(3)/2 + 3*cot(3)^2*cot(x)*log(3)/2 + 3*cot(x)^4*cot(3)*log(3)/2) + 12*cot(3)^4*cot(x)^2*log(x + 2)/(log(3)/2 + cot(x)^8*log(3)/2 - 2*cot(x)^2*log(3) - 2*cot(x)^6*log(3) + 3*cot(x)^4*log(3) - 24*cot(3)^2*cot(x)^4*log(3) - 16*cot(3)^3*cot(x)^5*log(3) - 12*cot(x)^3*cot(3)*log(3) - 4*cot(x)^7*cot(3)*log(3) + 4*cot(3)*cot(x)*log(3) + 8*cot(3)^4*cot(x)^4*log(3) + 12*cot(3)^2*cot(x)^2*log(3) + 12*cot(3)^2*cot(x)^6*log(3) + 12*cot(x)^5*cot(3)*log(3) + 16*cot(3)^3*cot(x)^3*log(3)) + 12*cot(3)^4*cot(x)^6*log(x + 2)/(log(3)/2 + cot(x)^8*log(3)/2 - 2*cot(x)^2*log(3) - 2*cot(x)^6*log(3) + 3*cot(x)^4*log(3) - 24*cot(3)^2*cot(x)^4*log(3) - 16*cot(3)^3*cot(x)^5*log(3) - 12*cot(x)^3*cot(3)*log(3) - 4*cot(x)^7*cot(3)*log(3) + 4*cot(3)*cot(x)*log(3) + 8*cot(3)^4*cot(x)^4*log(3) + 12*cot(3)^2*cot(x)^2*log(3) + 12*cot(3)^2*cot(x)^6*log(3) + 12*cot(x)^5*cot(3)*log(3) + 16*cot(3)^3*cot(x)^3*log(3)) + 18*cot(3)^2*cot(x)^2*log(x + 2)/(-log(3)/4 - cot(x)^4*log(3)/4 + log(3)/(16*cot(x)^2) + cot(x)^6*log(3)/16 + 3*cot(3)^2*log(3)/2 + 3*cot(x)^2*log(3)/8 + cot(3)^4*cot(x)^2*log(3) + cot(3)*log(3)/(2*cot(x)) - 3*cot(3)^2*cot(x)^2*log(3) - 2*cot(3)^3*cot(x)^3*log(3) + 2*cot(3)^3*cot(x)*log(3) - 3*cot(3)*cot(x)*log(3)/2 - cot(x)^5*cot(3)*log(3)/2 + 3*cot(3)^2*cot(x)^4*log(3)/2 + 3*cot(x)^3*cot(3)*log(3)/2)
Combinatoria
[src]
2 / 2 2 \
-cot (-3 + 2*x)*\-cot(-3 + 2*x) + 12*log(2 + x) + 6*x*log(2 + x) + 12*cot (-3 + 2*x)*log(2 + x) + 6*x*cot (-3 + 2*x)*log(2 + x)/
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(2 + x)*log(3)
−(x+2)log(3)(6xlog(x+2)cot2(2x−3)+6xlog(x+2)+12log(x+2)cot2(2x−3)+12log(x+2)−cot(2x−3))cot2(2x−3)
-cot(-3 + 2*x)^2*(-cot(-3 + 2*x) + 12*log(2 + x) + 6*x*log(2 + x) + 12*cot(-3 + 2*x)^2*log(2 + x) + 6*x*cot(-3 + 2*x)^2*log(2 + x))/((2 + x)*log(3))
Unión de expresiones racionales
[src]
2 / / 2 \ \
cot (-3 + 2*x)*\6*\-1 - cot (-3 + 2*x)/*(2 + x)*log(2 + x) + cot(-3 + 2*x)/
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(2 + x)*log(3)
(x+2)log(3)(6(x+2)(−cot2(2x−3)−1)log(x+2)+cot(2x−3))cot2(2x−3)
cot(-3 + 2*x)^2*(6*(-1 - cot(-3 + 2*x)^2)*(2 + x)*log(2 + x) + cot(-3 + 2*x))/((2 + x)*log(3))
© Sr Examen – Калькулятор