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beta-ratsimp-solve

e1: Vcc=((1+beta)/bet...

e2: solve(e1,Ic);

ratsimp(e2);

Calculate

beta-cos-matrix-sin-solve-tan

n1: matrix([cos(alpha...

n2: matrix([cos(beta)...

e1: matrix([1], [1/ta...

Calculate

beta-expand

expand((alpha+beta)^2);

Calculate

beta-coefmatrix-rank

eq1:x=lambda+alfa+beta;

eq2:y=lambda-alfa+3*b...

eq3:z=lambda+2*alfa;

Calculate

beta-cos-exp-plot2d
plot2d([Q, H, H+Q], [z, 0, L]);

L : 21;

B : 1.2;

k : 2316.8;

Calculate

beta-diff-grind-solve-sum

L(alpha, beta) := sum...

grind(diff(L(a,b),b)=0);

grind(diff(L(a,b),a)=0);

Calculate

beta-matrix

alpha: 90;

beta: -90;

gama: 0;

Calculate

beta-define-integrate

define(p(n, k, x), x^...

define(f(x, y), integ...

define(g(x), integrat...

Calculate

beta-diff-sin

diff(a*sin(alpha)/sin...

Calculate

beta-diff

diff((1-t/tc)**(2*bet...

Calculate

beta

Run Example
(%i1)a:20;
(%o1)                                 20
(%i2) b:16;
(%o2)                                 16
(%i3) d:sqrt(a**2+b**2);
(%o3)                             4 sqrt(41)
(%i4)  alpha:arcsin(a/d)*180/%pi;
                                           5
                             180 arcsin(--------)
                                        sqrt(41)
(%o4)                        --------------------
                                     %pi
(%i5) beta:90-alpha;
                                              5
                                180 arcsin(--------)
                                           sqrt(41)
(%o5)                      90 - --------------------
                                        %pi
(%i6) 
Run Example
kill(eq1,eq1,eq3,eq4,x,y,z,t,lambda,mu,alpha,beta);
(%o1)                                done
(%i2) eq1:x+y+t=0;
(%o2)                            y + x + t = 0
(%i3)  eq2:x+2*y-z+t=0;
(%o3)                        - z + 2 y + x + t = 0
(%i4) eq3:x-y+z+t=0;
(%o4)                          z - y + x + t = 0
(%i5)  eq4:x+y+2*z-a*t=0;
(%o5)                        2 z + y + x - a t = 0
(%i6) linsolve([eq1,eq2,eq3,eq4],[a] );
(%o6)                                 []
(%i7) 
Run Example
eq1:1=x^\alpha*y^beta;
                                    alpha  beta
(%o1)                          1 = x      y
(%i2) eq2:I=p_x*x+p_y*y;
(%o2)                          I = p_y y + p_x x
(%i3) linsolve([eq1,eq2],[x,y]);
(%o3)                                 []
(%i4) 
[acos,beta,float,load,sqrt] [acos,beta,float,pi,sqrt] [acos,beta,load,sqrt] [acos,beta,plot2d,sin,tan] [addcol,beta,coefmatrix,determinant,echelon,linsolve,rank,transpose] [addcol,beta,coefmatrix,determinant,rank,transpose] [addcol,beta,coefmatrix,echelon,rank,row,transpose] [addcol,beta,coefmatrix,echelon,rank,transpose] [addcol,beta,coefmatrix,rank,transpose] [asin,atan,beta,gamma,numer,sqrt] [asin,atan2,beta,cos,float,gamma,matrix,sin] [asin,beta,cos,float,gamma,matrix,sin] [asin,beta,delta,float,gamma,sin] [assume,beta,declare] [atan,beta,diff,ev,gamma,rat] [atan,beta,diff] [beta,coefmatrix,determinant,kill,linsolve] [beta,coefmatrix,echelon,rank,row,transpose] [beta,coefmatrix,echelon,rank,row] [beta,coefmatrix,echelon,rank,transpose] [beta,coefmatrix,echelon,rank] [beta,coefmatrix,rank,transpose] [beta,coefmatrix,rank] [beta,coefmatrix] [beta,cos,exp,plot2d] [beta,cos,expand,sin] [beta,cos,float,gamma,matrix,sin] [beta,cos,float,sin,sqrt,tan] [beta,cos,gamma,matrix,sin] [beta,cos,lambda,linsolve,sin] [beta,cos,linsolve,sin] [beta,cos,load,sin] [beta,cos,matrix,sin,solve,tan] [beta,cos,matrix,sin,tan] [beta,cos,matrix] [beta,cos,min,plot2d,sin,sqrt,tan] [beta,cos,pi,sin] [beta,cos,sin,solve] [beta,cos,sin,sqrt,tan] [beta,cos,sin] [beta,define,integrate] [beta,diff,float,legendre_q,numer,plot2d,realpart] [beta,diff,legendre_q,plot2d,realpart] [beta,gamma,linsolve,matrix,transpose] [beta,integrate] [beta,kill,linsolve] [beta,matrix,transpose] [beta,matrix] [beta,pi] [beta]

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