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additive-cos-declare-sin

syst:(F2*eta3*l3_in+m...

declare (F2, additive);

F3_out: ( (F2*l3_in) ...

Calculate

additive-cos-declare-sin

syst:(F2*eta3*l3_in+m...

declare (F2, additive);

F3_out: ( (F2*l3_in) ...

Calculate

additive-declare-diff-integrate-kill

kill( all ) ;

S: integrate( L(t), ...

S1: integrate( L0(t),...

Calculate

additive-cos-declare-sin

syst:(F2*eta3*l3_in+m...

declare (F2, additive);

syst;

Calculate

additive-declare-inf-plot2d-simpsum
plot2d([zeta(x)],[x,1,5]);

declare(sum,additive);

sum(1/n^k,n,1,inf),si...

plot2d([zeta(x)],[x,1...

Calculate

additive-declare-diff-integrate-kill

kill( all ) ;

S: integrate( L(t), ...

S1: integrate( L0(t),...

Calculate

additive-cos-declare-sin

syst:(F2*eta3*l3_in+m...

declare (F2, additive);

F3_out: ( (F2*l3_in) ...

Calculate

additive-declare-inf

declare(sum,additive);

sum(a_0*q^k,k,0,inf)-...

Calculate

additive-declare-diff-ev-integrate-kill-nouns

kill( all ) ;

S: integrate( L(t), ...

S1: integrate( L0(t),...

Calculate

additive-declare-simpsum

declare(sum,additive);

sum((-1)^n*(x^(n)/(2*...

Calculate

additive

Run Example
(%i1)declare(sum,additive);
(%o1)                                done
(%i2) v:sum(1/n^3,n,1,inf),simpsum;
(%o2)                               zeta(3)
(%i3) 
Run Example
syst:(F2*eta3*l3_in+m3_det*eta3)*(1-my*(l3_out*sin(a)+d3_arm/2)/l3_out*cos(a))/(l3_out*cos(a));
                                   d3_arm
           cos(a) (sin(a) l3_out + ------) my
                                     2
      (1 - ----------------------------------) (eta3 l3_in F2 + eta3 m3_det)
                         l3_out
(%o1) ----------------------------------------------------------------------
                                  cos(a) l3_out
(%i2) declare (F2, additive);
(%o2)                                done
(%i3) F3_out: ( F2*l3_in - F3_plunger*my3_lock*d3_shaft/ 2 - M3_detent) * eta3/ (l3_out*cos(a))*(1 - my3_mouth*(d3_arm/ 2 + l3_out* sin(a))/ l3_out*cos(a));
                                         d3_arm
                 cos(a) (sin(a) l3_out + ------) my3_mouth
                                           2
(%o3) (eta3 (1 - -----------------------------------------)
                                  l3_out
                     d3_shaft F3_plunger my3_lock
         (l3_in F2 - ---------------------------- - M3_detent))/(cos(a) l3_out)
                                  2
(%i4) 
Run Example
declare (F3, additive);
(%o1)                                done
(%i2) integrate(integrate((x-2*a/3)^2+(y-h/3)^2,y,0,h*x/a),x,0,a);
                                  4  3    6
                                 a  h  + a  h
(%o2)                            ------------
                                        3
                                    36 a
(%i3) 

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