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Problemas populares

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Problemas populares de Álgebra

desarrollar (e^{2x}+2e^{2x}x)^2	expand\:(e^{2x}+2e^{2x}x)^{2}
desarrollar (7(3a-1))/(b(5a+1))	expand\:\frac{7(3a-1)}{b(5a+1)}
desarrollar 4(0.5f-0.25=6+f)	expand\:4(0.5f-0.25=6+f)
desarrollar (e^xsin(2x))(e^xcos(2x)+2e^xsin(2x))	expand\:(e^{x}\sin(2x))(e^{x}\cos(2x)+2e^{x}\sin(2x))
desarrollar-4/((x-1)^2)	expand\:-\frac{4}{(x-1)^{2}}
desarrollar ((R^2Cs+2R)Cs)/(RCs+1)-1-RCs	expand\:\frac{(R^{2}Cs+2R)Cs}{RCs+1}-1-RCs
desarrollar (-1/6-e^{3x})4	expand\:(-\frac{1}{6}-e^{3x})4
desarrollar (e^x(x^2-2x+2))/(x^3)	expand\:\frac{e^{x}(x^{2}-2x+2)}{x^{3}}
desarrollar (2^{n-1})/(n^2(n+1))	expand\:\frac{2^{n-1}}{n^{2}(n+1)}
desarrollar (e^x-2)^3	expand\:(e^{x}-2)^{3}
d/(d{y)}(({z})({z}^3-{x}{y}+{y}{z}+{y}^3-2))	\frac{d}{d{y}}(({z})({z}^{3}-{x}{y}+{y}{z}+{y}^{3}-2))
desarrollar (1+sin(x)(1-sin(x)))/(cos(x))	expand\:\frac{1+\sin(x)(1-\sin(x))}{\cos(x)}
desarrollar (x^2+2xy-y^2)dx+(y^2+2xy-x^2)dy	expand\:(x^{2}+2xy-y^{2})dx+(y^{2}+2xy-x^{2})dy
desarrollar 24e^{(-20t)}+20(6/5-6/5 e^{(-20t)})	expand\:24e^{(-20t)}+20(\frac{6}{5}-\frac{6}{5}e^{(-20t)})
d/(dt)((x)(2x+(2y)/3))	\frac{d}{dt}((x)(2x+\frac{2y}{3}))
desarrollar (k(3k+7))/2	expand\:\frac{k(3k+7)}{2}
desarrollar 1-e^{-2t}(2-e^{-t})	expand\:1-e^{-2t}(2-e^{-t})
(d^2}{d{x}d{y}}(({z}(x,y))({x}^6-5{x}^4{y}^3+4{x)/y ^2))	\frac{d^{2}}{d{x}d{y}}(({z}(x,y))({x}^{6}-5{x}^{4}{y}^{3}+4{x}{y}^{2}))
desarrollar 2sqrt(13)*4	expand\:2\sqrt{13}\cdot\:4
desarrollar 3/((s+2)(s-6))	expand\:\frac{3}{(s+2)(s-6)}
desarrollar (sqrt(50-1))^2	expand\:(\sqrt{50-1})^{2}
desarrollar (-3x^3+x^2-x-3)/(x(x-3)(x^2+2))	expand\:\frac{-3x^{3}+x^{2}-x-3}{x(x-3)(x^{2}+2)}
desarrollar-4x^2+x-8+2	expand\:-4x^{2}+x-8+2
desarrollar (c(a-b))/(a(b-c))	expand\:\frac{c(a-b)}{a(b-c)}
desarrollar (2+8^{2\circ})*6	expand\:(2+8^{2\circ\:})\cdot\:6
desarrollar (2,1)x(0,-3)	expand\:(2,1)x(0,-3)
desarrollar xsin(θ)dθ+(x^3-2x^2cos(θ)+cos(θ))dx	expand\:x\sin(θ)dθ+(x^{3}-2x^{2}\cos(θ)+\cos(θ))dx
desarrollar ([xy(3x^2-5y^2)-x^4+3y^4])/((x-y)2)	expand\:\frac{[xy(3x^{2}-5y^{2})-x^{4}+3y^{4}]}{(x-y)2}
desarrollar e^{x-3}(x^2-1)	expand\:e^{x-3}(x^{2}-1)
desarrollar 1/2 (x(dy)/(dy)+y)	expand\:\frac{1}{2}(x\frac{dy}{dy}+y)
desarrollar 3e(e+4)	expand\:3e(e+4)
desarrollar ((a+b)^2)/3	expand\:\frac{(a+b)^{2}}{3}
desarrollar 1/((2-x)(1+x))	expand\:\frac{1}{(2-x)(1+x)}
desarrollar ((3x^3+2))/(((x-1)(x^2+9)))	expand\:\frac{(3x^{3}+2)}{((x-1)(x^{2}+9))}
desarrollar (x^2+2x+1)/(4x)	expand\:\frac{x^{2}+2x+1}{4x}
desarrollar (e^x+1/u)^2	expand\:(e^{x}+\frac{1}{u})^{2}
(d^2)/(dx^2)((y)(5x^3+sin(x)))	\frac{d^{2}}{dx^{2}}((y)(5x^{3}+\sin(x)))
desarrollar ((-1.1,3.7)+(-5,1.5))(-2.9)	expand\:((-1.1,3.7)+(-5,1.5))(-2.9)
desarrollar (9x-2y=11)(5)	expand\:(9x-2y=11)(5)
desarrollar (x+y)(x-y)dx	expand\:(x+y)(x-y)dx
desarrollar (x^2-16+6ax+24a)/(6(x+4))	expand\:\frac{x^{2}-16+6ax+24a}{6(x+4)}
desarrollar (45(y-3)^2)/2	expand\:\frac{45(y-3)^{2}}{2}
desarrollar cos(7(t-pi/6))U(t-pi/6)	expand\:\cos(7(t-\frac{π}{6}))U(t-\frac{π}{6})
desarrollar (c^2-3bd+12ae)^3	expand\:(c^{2}-3bd+12ae)^{3}
desarrollar (xycosh(x)+ysinh(x))dx	expand\:(xy\cosh(x)+y\sinh(x))dx
desarrollar (x^2-52x+33)/((1-x)(2x-1)(x-5))	expand\:\frac{x^{2}-52x+33}{(1-x)(2x-1)(x-5)}
desarrollar (2r^2+2a^2)/((r+a)^2(r-a)^2)	expand\:\frac{2r^{2}+2a^{2}}{(r+a)^{2}(r-a)^{2}}
simplificar e^{pi(b-in)}-e^{-pi(b-in)}	simplify\:e^{π(b-in)}-e^{-π(b-in)}
desarrollar ((-1)^{1/pi}(e^{4pi}-1))/(4pie^{2pi)}	expand\:\frac{(-1)^{\frac{1}{π}}(e^{4π}-1)}{4πe^{2π}}
(\partial)/(\partial x)((y)ln(5(x-1)))	\frac{\partial\:}{\partial\:x}((y)\ln(5(x-1)))
desarrollar e^x(16x)-e^x(8x^2+2)	expand\:e^{x}(16x)-e^{x}(8x^{2}+2)
desarrollar (ycos(xy)-3x^2)dx+(xcos(xy)+3y^2)dy	expand\:(y\cos(xy)-3x^{2})dx+(x\cos(xy)+3y^{2})dy
desarrollar 2/9 x^3y^2-4/3 xy^3	expand\:\frac{2}{9}x^{3}y^{2}-\frac{4}{3}xy^{3}
desarrollar (1-x)(1,3,-2)	expand\:(1-x)(1,3,-2)
desarrollar (81(13^{15}-1))/(13^{15)*2}	expand\:\frac{81(13^{15}-1)}{13^{15}\cdot\:2}
desarrollar 2(e^2-3)	expand\:2(e^{2}-3)
desarrollar 1/((x^2+1)(x+1)^2)	expand\:\frac{1}{(x^{2}+1)(x+1)^{2}}
desarrollar (-2a^3)^2	expand\:(-2a^{3})^{2}
desarrollar ((4x-11))/((2x^2+7x-4)dx)	expand\:\frac{(4x-11)}{(2x^{2}+7x-4)dx}
desarrollar ((s(20+s^2)(37+36s)))/(10(s+1))	expand\:\frac{(s(20+s^{2})(37+36s))}{10(s+1)}
desarrollar cos(2*45)	expand\:\cos(2\cdot\:45^{\circ\:})
desarrollar 2(u(u+1))	expand\:2(u(u+1))
desarrollar ((dT+uw)(T-aT+uw))/(T^2)	expand\:\frac{(dT+uw)(T-aT+uw)}{T^{2}}
desarrollar (-21+426000x+0.7+867x52=0)10^6	expand\:(-21+426000\cdot\:x+0.7+867\cdot\:x\cdot\:52=0)\cdot\:10^{6}
simplificar 2/((1-cos(a))*(1+cos(a)))	simplify\:\frac{2}{(1-\cos(a))\cdot\:(1+\cos(a))}
desarrollar pi(2sqrt(3)-csc(x)-cot(x))^2	expand\:π(2\sqrt{3}-\csc(x)-\cot(x))^{2}
desarrollar (((x+1)(x+3)(2x-3)))/(((x+5)(x-3)))	expand\:\frac{((x+1)(x+3)(2x-3))}{((x+5)(x-3))}
desarrollar (230(17^{-r+1}-1))/(-r+1)	expand\:\frac{230(17^{-r+1}-1)}{-r+1}
desarrollar (x-1)/(x(x+2))	expand\:\frac{x-1}{x(x+2)}
desarrollar dx(5t-2)^4	expand\:dx(5t-2)^{4}
desarrollar x-(x^2+4x+3)*e^{-x}	expand\:x-(x^{2}+4x+3)\cdot\:e^{-x}
desarrollar (t^2-t+5)\H(t-2)	expand\:(t^{2}-t+5)\H(t-2)
desarrollar (3y+x^4)dx-xdy	expand\:(3y+x^{4})dx-xdy
desarrollar (5x-4)/(3x(x-1))	expand\:\frac{5x-4}{3x(x-1)}
(\partial)/(\partial x)((z)(x^2+z^2))	\frac{\partial\:}{\partial\:x}((z)(x^{2}+z^{2}))
desarrollar (-s^2+4s+21)/((s^2-4s+29)^2)	expand\:\frac{-s^{2}+4s+21}{(s^{2}-4s+29)^{2}}
desarrollar 1+(4e^{2x})/((e^{2x)-1)^2}	expand\:1+\frac{4e^{2x}}{(e^{2x}-1)^{2}}
desarrollar A(-2,-5)yB(3,-1)	expand\:A(-2,-5)yB(3,-1)
desarrollar sqrt(49-x^2)*sqrt(25-x^2)	expand\:\sqrt{49-x^{2}}\cdot\:\sqrt{25-x^{2}}
desarrollar ((x-4)^4+(x-3)^6+10)/((x-2)(x-3))	expand\:\frac{(x-4)^{4}+(x-3)^{6}+10}{(x-2)(x-3)}
desarrollar (e^x+e^xx)^2	expand\:(e^{x}+e^{x}x)^{2}
desarrollar A(8,-4)	expand\:A(8,-4)
derivada de (C(2x^2+(288)/x))	\frac{d}{dx}((C)(2x^{2}+\frac{288}{x}))
desarrollar (p^3-7p^2+10p+30)/((p-3)(p+1))	expand\:\frac{p^{3}-7p^{2}+10p+30}{(p-3)(p+1)}
desarrollar log_{10}(sqrt(4x))	expand\:\log_{10}(\sqrt{4x})
desarrollar (1,2,3+4,-3,-1)x(-5,-3,5-(-2),1,6)	expand\:(1,2,3+4,-3,-1)x(-5,-3,5-(-2),1,6)
desarrollar (n^2(n+1)^2)/3	expand\:\frac{n^{2}(n+1)^{2}}{3}
desarrollar ((2x+3)^2-x^4)/2	expand\:\frac{(2x+3)^{2}-x^{4}}{2}
desarrollar (0-2-2)x(231)x(-2,1,2)	expand\:(0-2-2)x(231)x(-2,1,2)
desarrollar e^{(x^2-3)(x+4)}	expand\:e^{(x^{2}-3)(x+4)}
desarrollar (2pi+16)*10	expand\:(2π+16)\cdot\:10
desarrollar (3x(x^2-5))/(x^2-1)	expand\:\frac{3x(x^{2}-5)}{x^{2}-1}
desarrollar (40(4cos(40t)-sin(40t)))/(17)	expand\:\frac{40(4\cos(40t)-\sin(40t))}{17}
desarrollar ((-x^2cos(x)+2(xsin(x)+cos(x))))/x	expand\:\frac{(-x^{2}\cos(x)+2(x\sin(x)+\cos(x)))}{x}
desarrollar (-2.9e^{-(0.4x-2.4)}+12.4)^2	expand\:(-2.9e^{-(0.4x-2.4)}+12.4)^{2}
desarrollar derivada de (e^{(-0.5x})*(4-x))-2	expand\:\frac{d}{dx}((e^{(-0.5x)})\cdot\:(4-x))-2
desarrollar 1-2x+x^2(m+e)	expand\:1-2x+x^{2}(m+e)
(d^2)/(dx^2)((y)(-4x^5+4))	\frac{d^{2}}{dx^{2}}((y)(-4x^{5}+4))
desarrollar 15^2	expand\:15^{2}
desarrollar 8/(13(s^2+4s+13))	expand\:\frac{8}{13(s^{2}+4s+13)}

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