Teoria de colas
Páginas: 9 (2167 palabras)
Publicado: 28 de febrero de 2011
This is a Classroom License for instructional use only.
Research and commercial use is prohibited.
>> xo=1;
for i=1:9
x=1/((x+1)^2);
dist=abs(x-x0);
dg=abs(-2/((x+1)^3));
disp([x, dist, dg])
xo=x;
end
??? Undefined function or variable 'x'.
>> xo=1;
for i=1:9
f=1/((x+1)^2);
dist=abs(x-x0);
dg=abs(-2/((x+1)^3));
disp([x, dist,dg])
xo=x;
end
??? Undefined function or variable 'x'.
>> xo=1;
for i=1:9
f=1/((x0+1)^2);
dist=abs(x-x0);
dg=abs(-2/((x+1)^3));
disp([x, dist, dg])
xo=x;
end
??? Undefined function or variable 'x0'.
>> xo=1;
for i=1:9
f=1./((xo+1).^2);
dist=abs(x-xo);
dg=abs(-2./((x+1).^3));
disp([x, dist, dg])
xo=x;
end
???Undefined function or variable 'x'.
>> xo=1;
for i=1:9
x=1./((xo+1).^2);
dist=abs(x-xo);
dg=abs(-2./((x+1).^3));
disp([x, dist, dg])
xo=x;
end
0.2500 0.7500 1.0240
0.6400 0.3900 0.4534
0.3718 0.2682 0.7747
0.5314 0.1596 0.5569
0.4264 0.1050 0.6891
0.4915 0.0651 0.6028
0.4495 0.04200.6567
0.4759 0.0264 0.6221
0.4591 0.0169 0.6439
>> xo=1;
for i=1:15
x=1./((xo+1).^2);
dist=abs(x-xo);
dg=abs(-2./((x+1).^3));
disp([x, dist, dg])
xo=x;
end
0.2500 0.7500 1.0240
0.6400 0.3900 0.4534
0.3718 0.2682 0.7747
0.5314 0.1596 0.5569
0.4264 0.1050 0.68910.4915 0.0651 0.6028
0.4495 0.0420 0.6567
0.4759 0.0264 0.6221
0.4591 0.0169 0.6439
0.4697 0.0107 0.6300
0.4629 0.0068 0.6388
0.4673 0.0043 0.6332
0.4645 0.0027 0.6367
0.4662 0.0017 0.6345
0.4651 0.0011 0.6359
>> xo=2;
for i=1:15
x=1./((xo+1).^2);dist=abs(x-xo);
dg=abs(-2./((x+1).^3));
disp([x, dist, dg])
xo=x;
end
0.1111 1.8889 1.4580
0.8100 0.6989 0.3373
0.3052 0.5048 0.8994
0.5870 0.2817 0.5004
0.3971 0.1899 0.7335
0.5124 0.1153 0.5782
0.4372 0.0751 0.6737
0.4841 0.0469 0.6118
0.4540 0.0301 0.6506
0.47300.0190 0.6258
0.4609 0.0121 0.6415
0.4686 0.0077 0.6315
0.4637 0.0049 0.6378
0.4668 0.0031 0.6338
0.4648 0.0020 0.6363
>> xo=1;
for i=1:9
x=4+(xo-1/xo+1);
dist=abs(x-xo);
dg=abs(2./((x+1).^2));
disp([x, dist, dg])
xo=x;
end
5.0000 4.0000 0.0556
9.8000 4.8000 0.017114.6980 4.8980 0.0081
19.6299 4.9320 0.0047
24.5790 4.9491 0.0031
29.5383 4.9593 0.0021
34.5044 4.9661 0.0016
39.4755 4.9710 0.0012
44.4501 4.9747 0.0010
>>
>> xo=2;
for i=1:9
x=4+(xo-1/xo+1);
dist=abs(x-xo);
dg=abs(2./((x+1).^2));
disp([x, dist, dg])
xo=x;
end
6.50004.5000 0.0356
11.3462 4.8462 0.0131
16.2580 4.9119 0.0067
21.1965 4.9385 0.0041
26.1493 4.9528 0.0027
31.1111 4.9618 0.0019
36.0789 4.9679 0.0015
41.0512 4.9723 0.0011
46.0269 4.9756 0.0009
>> xo=3;
for i=1:9
x=4+(xo-1/xo+1);
dist=abs(x-xo);
dg=abs(2./((x+1).^2));disp([x, dist, dg])
xo=x;
end
7.6667 4.6667 0.0266
12.5362 4.8696 0.0109
17.4565 4.9202 0.0059
22.3992 4.9427 0.0037
27.3545 4.9554 0.0025
32.3180 4.9634 0.0018
37.2870 4.9691 0.0014
42.2602 4.9732 0.0011
47.2366 4.9763 0.0009
>> xo=3;
for i=1:9
x=4+((xo-1)./(xo+1));...
Research and commercial use is prohibited.
>> xo=1;
for i=1:9
x=1/((x+1)^2);
dist=abs(x-x0);
dg=abs(-2/((x+1)^3));
disp([x, dist, dg])
xo=x;
end
??? Undefined function or variable 'x'.
>> xo=1;
for i=1:9
f=1/((x+1)^2);
dist=abs(x-x0);
dg=abs(-2/((x+1)^3));
disp([x, dist,dg])
xo=x;
end
??? Undefined function or variable 'x'.
>> xo=1;
for i=1:9
f=1/((x0+1)^2);
dist=abs(x-x0);
dg=abs(-2/((x+1)^3));
disp([x, dist, dg])
xo=x;
end
??? Undefined function or variable 'x0'.
>> xo=1;
for i=1:9
f=1./((xo+1).^2);
dist=abs(x-xo);
dg=abs(-2./((x+1).^3));
disp([x, dist, dg])
xo=x;
end
???Undefined function or variable 'x'.
>> xo=1;
for i=1:9
x=1./((xo+1).^2);
dist=abs(x-xo);
dg=abs(-2./((x+1).^3));
disp([x, dist, dg])
xo=x;
end
0.2500 0.7500 1.0240
0.6400 0.3900 0.4534
0.3718 0.2682 0.7747
0.5314 0.1596 0.5569
0.4264 0.1050 0.6891
0.4915 0.0651 0.6028
0.4495 0.04200.6567
0.4759 0.0264 0.6221
0.4591 0.0169 0.6439
>> xo=1;
for i=1:15
x=1./((xo+1).^2);
dist=abs(x-xo);
dg=abs(-2./((x+1).^3));
disp([x, dist, dg])
xo=x;
end
0.2500 0.7500 1.0240
0.6400 0.3900 0.4534
0.3718 0.2682 0.7747
0.5314 0.1596 0.5569
0.4264 0.1050 0.68910.4915 0.0651 0.6028
0.4495 0.0420 0.6567
0.4759 0.0264 0.6221
0.4591 0.0169 0.6439
0.4697 0.0107 0.6300
0.4629 0.0068 0.6388
0.4673 0.0043 0.6332
0.4645 0.0027 0.6367
0.4662 0.0017 0.6345
0.4651 0.0011 0.6359
>> xo=2;
for i=1:15
x=1./((xo+1).^2);dist=abs(x-xo);
dg=abs(-2./((x+1).^3));
disp([x, dist, dg])
xo=x;
end
0.1111 1.8889 1.4580
0.8100 0.6989 0.3373
0.3052 0.5048 0.8994
0.5870 0.2817 0.5004
0.3971 0.1899 0.7335
0.5124 0.1153 0.5782
0.4372 0.0751 0.6737
0.4841 0.0469 0.6118
0.4540 0.0301 0.6506
0.47300.0190 0.6258
0.4609 0.0121 0.6415
0.4686 0.0077 0.6315
0.4637 0.0049 0.6378
0.4668 0.0031 0.6338
0.4648 0.0020 0.6363
>> xo=1;
for i=1:9
x=4+(xo-1/xo+1);
dist=abs(x-xo);
dg=abs(2./((x+1).^2));
disp([x, dist, dg])
xo=x;
end
5.0000 4.0000 0.0556
9.8000 4.8000 0.017114.6980 4.8980 0.0081
19.6299 4.9320 0.0047
24.5790 4.9491 0.0031
29.5383 4.9593 0.0021
34.5044 4.9661 0.0016
39.4755 4.9710 0.0012
44.4501 4.9747 0.0010
>>
>> xo=2;
for i=1:9
x=4+(xo-1/xo+1);
dist=abs(x-xo);
dg=abs(2./((x+1).^2));
disp([x, dist, dg])
xo=x;
end
6.50004.5000 0.0356
11.3462 4.8462 0.0131
16.2580 4.9119 0.0067
21.1965 4.9385 0.0041
26.1493 4.9528 0.0027
31.1111 4.9618 0.0019
36.0789 4.9679 0.0015
41.0512 4.9723 0.0011
46.0269 4.9756 0.0009
>> xo=3;
for i=1:9
x=4+(xo-1/xo+1);
dist=abs(x-xo);
dg=abs(2./((x+1).^2));disp([x, dist, dg])
xo=x;
end
7.6667 4.6667 0.0266
12.5362 4.8696 0.0109
17.4565 4.9202 0.0059
22.3992 4.9427 0.0037
27.3545 4.9554 0.0025
32.3180 4.9634 0.0018
37.2870 4.9691 0.0014
42.2602 4.9732 0.0011
47.2366 4.9763 0.0009
>> xo=3;
for i=1:9
x=4+((xo-1)./(xo+1));...
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