| Maxima
|
Mathematica
|
| plot2d( sin(x),[x,-5,5]);
|
Plot[Sin[x],{x,-5,5}]
|
| plot3d( sin(x*y),[x,-3,3],[y,-3,3] );
|
Plot3D[Sin[x y],{x,-3,3},{y,-3,3}]
|
| diff(cos(x)^5,x)
|
D[Cos[x]^5,x]
|
| integrate(tan(x),x);
|
Integrate[Tan[x],x]
|
| integrate(%e^(-x^2),x,minf,inf);
|
Integrate[Exp[-x^2],{x,-Infinity,Infinity}]
|
| romberg(sin(cos(x)), x, 1, 3);
|
NIntegrate[Sin[Cos[x]],{x,1,3}]
|
| limit((1+1/n)^n,n,inf);
|
Limit[(1+1/n)^n,{n ->Infinity}]
|
| float(%e);
|
N[E,100]
|
| factor(4 + 5*x + 5*x^2 + x^3);
|
Factor[4 + 5*x + 5*x^2 + x^3]
|
| trigsimp(cos(x)^2+2*sin(x)^2);
|
TrigReduce[Cos[x]^2+2 Sin[x]^2]
|
| tex(sin(x));
|
TeXForm[Sin[x]]
|
| factor(132413241324123412341234);
|
FactorInteger[132413241324123412341234]
|
| solve(x^3-3*x+1,x);
|
Solve[x^3- 3*x+1==0,x]
|
| solve([x^2+2*x+y+3,x*y-3],[x,y]);
|
Solve[{x^2+2*x*y+3==0, x*y-3==0},{x,y}]
|
| sum(k,k,1,n),simpsum;
|
Sum[k,{k,1,n}]
|
| niceindices(powerseries(sin(x), x, 0));
|
Series[Sin[x],{x,0,10}]
|
来源：http://www.math.harvard.edu/computing/maxima/
