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exp-load-pi-plot2d
plot2d([discrete,snowmap([1,exp(%i*%pi),exp(-%i*%pi),1],0)]);

load(fractals);

plot2d([discrete,snow...

Calculate

exp-float-plot2d-sum-true
plot2d([H(t)],[t,1,400],[xlabel,"Zeit [Stunden]"],[ylabel,"Verbleibende Anteil geloester Wasserstoff"]);

H(t):=float(sum(((8/(...

plot2d([H(t)],[t,1,40...

Calculate

exp-log-plot2d
plot2d( [ -log(1+(c/a)*exp(x*(d-b))), x*b-log(f/a)],[x,-30,30]);

a:2;

b:0.95;

c:-0.3;

Calculate

exp

H(a1,a2,b0,b1,b2,z):=...

H1(a1,a2,b0,b1,b2,f,F...

Calculate

exp-float-globalsolve-linsolve-plot2d-true
plot2d([w10(x),w20(x)], [x,0,2500], [y, -10, 70]);

/*Biegelinie für eine...

a:Fl/EI;

w10(x):=(c10*exp((a)^...

Calculate

exp-limit

f:(1/x*exp(x));

limit(f,x,inf,minus);

Calculate

exp-integrate

eq1:exp(-k*k/2*dk)=y;

eq2:x=y;

integrate(eq1,x);

Calculate

exp-invert-matrix-sqrt-trigsimp

A: matrix([-1, -0.2, ...

b: matrix([-2*z0, -1]...

trigsimp(invert(A).b);

Calculate

exp-solve

f(y, l, b) := ((1 / l...

solve([f(b, l, b) = a...

Calculate

exp-log-plot2d
plot2d(z,[Ti,1300,4600]);

z(Ti):=-(R*T0/(M*g))*...

R:8.314;

T0:293;

Calculate

exp

Run Example
(%i1)a:exp(%i*2*%pi/3);
                                sqrt(3) %i   1
(%o1)                           ---------- - -
                                    2        2
(%i2) F:1/3*matrix([1,1,1],[1,a,a^2],[1,a^2,a]);
                  [ 1          1                  1         ]
                  [ -          -                  -         ]
                  [ 3          3                  3         ]
                  [                                         ]
                  [     sqrt(3) %i   1     sqrt(3) %i   1 2 ]
                  [     ---------- - -    (---------- - -)  ]
                  [ 1       2        2         2        2   ]
(%o2)             [ -   --------------    ----------------- ]
                  [ 3         3                   3         ]
                  [                                         ]
                  [     sqrt(3) %i   1 2   sqrt(3) %i   1   ]
                  [    (---------- - -)    ---------- - -   ]
                  [ 1       2        2         2        2   ]
                  [ -  -----------------   --------------   ]
                  [ 3          3                 3          ]
(%i3) M:((%i*Xc1*(RL+%i*Xc1))/(%i*Xc+RL+%i*XL));
                             %i Xc1 (RL + %i Xc1)
(%o3)                        --------------------
                              %i XL + RL + %i Xc
(%i4) 
Run Example
a = exp(-i*theta);
                                      - i theta
(%o1)                           a = %e
(%i2) m:matrix([1,a,a^2],[1,a^2,a],[1,1,1]);
                                 [         2 ]
                                 [ 1  a   a  ]
                                 [           ]
(%o2)                            [     2     ]
                                 [ 1  a   a  ]
                                 [           ]
                                 [ 1  1   1  ]
(%i3) 
Run Example
plot2d ([exp(abs(x))], [x,0,2*%pi]);
plotplot2d ([exp(abs(x))], [x,0,2*%pi]);

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