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args-matrix-nullspace

m: matrix([1,0,-1,x],...

t:nullspace(m);

args(t);

Calculate

args

args(args(args(2*e^(2...

Calculate

args-cos-load-matrix-plot2d-sin-sqrt
plot2d(A(a), [a, -12, 12]);

l1:105.005;

l2:107.011;

Hx:1114.34;

Calculate

args-determinant-expand-factor-ident-invert-matrix-solve-sqrt-transpose

A: matrix([5,2],[2,8]);

B:A-t*ident(2);

C:determinant(B);

Calculate

args-log

args(2*log(x*4)*3);

Calculate

args-diff-false-floor-map-matrix-numer-ratprint-rhs-solve

Punkt: matrix( [-3,0]...

Punkt:args(Punkt);

f(x):=x[2]=a*x[1]^3+b...

Calculate

args-setify

p : (z-3)*(z-2) ;

args(p) ;

setify(args(p)) ;

Calculate

args-op

f(x):= x^2+1;

op(f(x));

args(f(x));

Calculate

args

args(args(args(2*e^(2...

args(2*(3/x))[2];

args(2*x^3)[2];

Calculate

args-printf

/* Definintion von zw...

b:[false,false,true,t...

eq2: /* Definition ei...

Calculate

args

Run Example
(%i1)rreduce (f, [1, 2, 3]);
(%o1)                            f(1, f(2, 3))
(%i2)  rreduce (f, [1, 2, 3, 4]);
(%o2)                         f(1, f(2, f(3, 4)))
(%i3)  rreduce (f, [1, 2, 3], 4);
(%o3)                         f(1, f(2, f(3, 4)))
(%i4)  rreduce ("^", args ({a, b, c, d}));
                                        d
                                       c
                                      b
(%o4)                                a
(%i5)  rreduce ("/", args ({a, b, c, d}));
                                      a c
(%o5)                                 ---
                                      b d
(%i6) 
Run Example
args(2*e^4);
                                         4
(%o1)                               [2, e ]
(%i2) 
Run Example
modulus:2;
(%o1)                                  2
(%i2)  N:2;
(%o2)                                  2
(%i3)   block( P:0, Vars:[], Sol:zeromatrix(N,N), for i: 1 thru N do ( for j: 1 thru N do ( S:zeromatrix(N+2,N+2), S[i ][j ]:1, S[i ][j+1]:1,  S[i ][j+2]:1, S[i+1][j ]:1, S[i+1][j+2]:1, S[i+2][j ]:1, S[i+2][j+1]:1, S[i+2][j+2]:1, S:submatrix (1,N+2,S,1,N+2), P:P+V[i*N+j]*S, Vars: append(Vars, [V[i*N+j]]), Sol[i][j]:V[i*N+j]) ) );
(%o3)                                done
(%i4)  P;
                        [ V  + V  + V   V  + V  + V  ]
                        [  6    5    4   6    5    3 ]
(%o4)                   [                            ]
                        [ V  + V  + V   V  + V  + V  ]
                        [  6    4    3   5    4    3 ]
(%i5)  Vars;
(%o5)                          [V , V , V , V ]
                                 3   4   5   6
(%i6)  R:zeromatrix(N,N)+1;
                                   [ 1  1 ]
(%o6)                              [      ]
                                   [ 1  1 ]
(%i7)  LGS:xreduce('append ,args(P-R));
(%o7) [V  + V  + V  - 1, V  + V  + V  - 1, V  + V  + V  - 1, V  + V  + V  - 1]
        6    5    4       6    5    3       6    4    3       5    4    3
(%i8)  Res:algsys(LGS, Vars);
(%o8)                 [[V  = 1, V  = 1, V  = 1, V  = 1]]
                         3       4       5       6
(%i9)  append([l=Sol],Res[1]);
                    [ V   V  ]
                    [  3   4 ]
(%o9)          [l = [        ], V  = 1, V  = 1, V  = 1, V  = 1]
                    [ V   V  ]   3       4       5       6
                    [  5   6 ]
(%i10) 
[abs,addrow,args,block,copymatrix,disp,do,lambda,length,map,matrix,or,rowswap,while] [abs,append,args,block,return,rhs,sin] [algsys,args,invert,matrix] [append,args,block,globalsolve,modulus,submatrix,true,xreduce] [append,args,block,globalsolve,modulus,submatrix,xreduce] [append,args,block,return,rhs,sin] [apply,args,block,col,copymatrix,do,genmatrix,map,mod,quotient,return,transpose] [apply,args,block,copymatrix,do,genmatrix,map,mod,quotient,return,transpose] [apply,args,block,do,genmatrix,if,map,mod,quotient,return,transpose] [apply,args,ceiling,col,do,length,mod,nullspace,print,row] [apply,args,ceiling,col,do,length,mod,nullspace,printf,row] [apply,args,ceiling,do,matrix,mod,nullspace,printf] [apply,args,matrix,nullspace] [args,asin,atan2,block,cos,flatten,float,ident,length,make_random_state,makelist,matrix,set_random_state,sin,sqrt,subst,transpose] [args,asin,atan2,block,cos,flatten,float,ident,length,make_random_state,makelist,matrix,set_random_state,sin,sqrt,transpose] [args,asin,atan2,block,cos,flatten,float,ident,length,make_random_state,makelist,set_random_state,sqrt] [args,block,del,length,map,op,part] [args,block,genmatrix,if,map,matrix,mod,quotient,transpose] [args,cos,determinant,diff,ev,flatten,float,matrix,sin,sqrt,transpose] [args,cos,load,matrix,plot2d,sin,sqrt] [args,determinant,expand,factor,fullratsimp,ident,invert,matrix,solve,transpose] [args,determinant,expand,factor,ident,invert,matrix,solve,sqrt,transpose] [args,determinant,expand,factor,ident,invert,matrix,solve,transpose] [args,determinant,expand,factor,ident,matrix,solve,sqrt,transpose] [args,determinant,expand,factor,ident,matrix,solve,transpose] [args,diff,ev,false,length,makelist,map,matrix,numer,ratprint,transpose] [args,diff,false,floor,map,matrix,numer,ratprint,rhs,solve] [args,diff,hessian,matrix] [args,divisors,lreduce,matrix,subst] [args,expand,op,sqrt] [args,genmatrix,kill,powerdisp,transpose,true] [args,inpart,op] [args,isolate] [args,length,lfreeof,ratexpand] [args,length,makelist,ratexpand] [args,listp] [args,log] [args,map,matrix,plot2d,rhs,solve,transpose] [args,map,matrix,plot2d,transpose] [args,map,matrix,transpose] [args,map,matrix] [args,matrix,nullspace] [args,matrix,plot2d,substpart] [args,matrix] [args,op] [args,printf] [args,ratexpand] [args,sin,solve] [args,sin] [args]

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