programacionejercicios

MATLAB Command Window
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%David Heredia
%Resolucion de ejercicios
%2.4
%a
r=5
r =
5
>> Ac=pi*rA2
Unrecognized function or variable 'rA2'.
>> Ac=pi*r^2
Ac =
78.5398
>> %b
>> r2=10;
>> Ae=4*pi*r2^2
Ae =
1.2566e+03
>> %c
>> r3=2;
>> 4/3*pi*r3^3
ans =
33.5103
>> %2.5
>> %a
>> ar=5
ar =
5
>> Acu=ar^2
Acu =
25
>> %b
>> arl=10;
>> Acub=6*arl^2
Page 1
MATLAB Command Window
Acub =
600
>> ar2=12;
>> %c
>> vc=ar2^3
vc =
1728
>> %Operaciones de arreglos
>> %2.6
>> %a
>> r=3;
>> h=[l,5,12];
Unrecognized function or variable 'l'.
>> h=[1,5,12];
>> V=pi*r^2*h
V =
28.2743
>>
>>
>>
>>
141.3717
%b
b=[2 4 6];
h1=12;
At=(b*h1)/2
At =
12
24
>> %c
>> r=4
r =
4
>> At=(r*r)/2
At =
8
>> h=6
h =
6
>> Vt=At*h
36
339.2920
Page 2
MATLAB Command Window
Page 3
Vt =
48
>> %2.7
>> %a
>> A=l:l:20;
Unrecognized function or variable 'l'.
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>>
>>
>>
A=1:1:20;
%b
B=0:pi/10:2*pi;
%c
C=linspace(4,20,15);
%d
D=logspace(10,1000,10);
%3.2
%3.1
nthroot(-5, 3);
nthroot(-5, 3)
ans =
-1.7100
>> (-5)^(l/3)
Unrecognized function or variable 'l'.
>> (-5)A(1/3)
(-5)A(1/3)
Error: Invalid expression. Check for missing multiplication operator, missing or
unbalanced delimiters, or other syntax error. To construct matrices, use brackets
instead of parentheses.
>> (-5)^(1/3)
ans =
0.8550 + 1.4809i
>> ans^3
ans =
-5.0000 + 0.0000i
>> %la diferencia esta en que el nthroot te da
el elevado en números i
>> %3.2
>> B=l:l:10;
Unrecognized function or variable 'l'.
>> B=1:1:10;
un
resultado en
números
real y
MATLAB Command Window
Page 4
>> (log(x))./(log(B))
Unrecognized function or variable 'x'.
>> (log(x))./(log(B))
Unrecognized function or variable 'x'.
>>
>>
>>
>>
>>
%3.3
p1=100;
r=0.9;
t=10;
P=p1*exp(1).^(r*t)
P =
8.1031e+05
>>
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>>
>>
>>
%Funciones trigonométricas
%3.10
A=0:0.1:2*pi;
sin(A);
cos(A)
ans =
Columns 1 through 12
1.0000
0.9950
0.9801
0.9553
0.6967
0.6216
0.5403
0.4536
0.9211
0.8776
0.8253
0.7648
-0.0292
-0.1288
-0.2272
-0.3233
-0.9422
-0.9710
-0.9900
-0.9991
-0.6536
-0.5748
-0.4903
-0.4008
0.4685
0.5544
0.6347
0.7087
Columns 13 through 24
0.3624
0.2675
0.1700
0.0707
-0.4161
-0.5048
-0.5885
-0.6663
Columns 25 through 36
-0.7374
-0.8011
-0.8569
-0.9041
-0.9983
-0.9875
-0.9668
-0.9365
Columns 37 through 48
-0.8968
-0.8481
-0.7910
-0.7259
-0.3073
-0.2108
-0.1122
-0.0124
Columns 49 through 60
0.0875
0.1865
0.2837
0.3780
0.7756
0.8347
0.8855
0.9275
Columns 61 through 63
0.9602
>> cos(A);
0.9833
0.9965
MATLAB Command Window
>> tan(A);
>> tabla=[A'
sin(A)'
cos(A)'
Page 5
tan(A)']
tabla =
0
0.1000
0.2000
0.3000
0.4000
0.5000
0.6000
0.7000
0.8000
0.9000
1.0000
1.1000
1.2000
1.3000
1.4000
1.5000
1.6000
1.7000
1.8000
1.9000
2.0000
2.1000
2.2000
2.3000
2.4000
2.5000
2.6000
2.7000
2.8000
2.9000
3.0000
3.1000
3.2000
3.3000
3.4000
3.5000
3.6000
3.7000
3.8000
3.9000
4.0000
4.1000
4.2000
4.3000
4.4000
4.5000
4.6000
4.7000
4.8000
4.9000
0
0.0998
0.1987
0.2955
0.3894
0.4794
0.5646
0.6442
0.7174
0.7833
0.8415
0.8912
0.9320
0.9636
0.9854
0.9975
0.9996
0.9917
0.9738
0.9463
0.9093
0.8632
0.8085
0.7457
0.6755
0.5985
0.5155
0.4274
0.3350
0.2392
0.1411
0.0416
-0.0584
-0.1577
-0.2555
-0.3508
-0.4425
-0.5298
-0.6119
-0.6878
-0.7568
-0.8183
-0.8716
-0.9162
-0.9516
-0.9775
-0.9937
-0.9999
-0.9962
-0.9825
1.0000
0.9950
0.9801
0.9553
0.9211
0.8776
0.8253
0.7648
0.6967
0.6216
0.5403
0.4536
0.3624
0.2675
0.1700
0.0707
-0.0292
-0.1288
-0.2272
-0.3233
-0.4161
-0.5048
-0.5885
-0.6663
-0.7374
-0.8011
-0.8569
-0.9041
-0.9422
-0.9710
-0.9900
-0.9991
-0.9983
-0.9875
-0.9668
-0.9365
-0.8968
-0.8481
-0.7910
-0.7259
-0.6536
-0.5748
-0.4903
-0.4008
-0.3073
-0.2108
-0.1122
-0.0124
0.0875
0.1865
0
0.1003
0.2027
0.3093
0.4228
0.5463
0.6841
0.8423
1.0296
1.2602
1.5574
1.9648
2.5722
3.6021
5.7979
14.1014
-34.2325
-7.6966
-4.2863
-2.9271
-2.1850
-1.7098
-1.3738
-1.1192
-0.9160
-0.7470
-0.6016
-0.4727
-0.3555
-0.2464
-0.1425
-0.0416
0.0585
0.1597
0.2643
0.3746
0.4935
0.6247
0.7736
0.9474
1.1578
1.4235
1.7778
2.2858
3.0963
4.6373
8.8602
80.7128
-11.3849
-5.2675
MATLAB Command Window
5.0000
5.1000
5.2000
5.3000
5.4000
5.5000
5.6000
5.7000
5.8000
5.9000
6.0000
6.1000
6.2000
-0.9589
-0.9258
-0.8835
-0.8323
-0.7728
-0.7055
-0.6313
-0.5507
-0.4646
-0.3739
-0.2794
-0.1822
-0.0831
Page 6
0.2837
0.3780
0.4685
0.5544
0.6347
0.7087
0.7756
0.8347
0.8855
0.9275
0.9602
0.9833
0.9965
-3.3805
-2.4494
-1.8856
-1.5013
-1.2175
-0.9956
-0.8139
-0.6597
-0.5247
-0.4031
-0.2910
-0.1853
-0.0834
>> %3.11
>> A=l;
Unrecognized function or variable 'l'.
>>
>>
>>
>>
A=1;
w=4.5;
t= 2;
x=A*cos(w*t)
x =
-0.9111
>>
>>
>>
>>
>>
%3.16
Q=0:0.05:pi/2;
g=8.81;
Vi=100;
Rango=(Vi^2/g).*sin(2.*Q)
Rango =
1.0e+03 *
Columns 1 through 12
0
0.8143
0.1133
0.2255
0.3354
0.8891
0.9551
1.0116
0.4420
0.5442
0.6409
0.7312
1.1346
1.1256
1.1054
1.0741
0.3802
0.2716
0.1602
0.0472
Columns 13 through 24
1.0579
1.0937
1.1186
1.1322
1.0321
0.9798
0.9177
0.8464
Columns 25 through 32
0.7667
0.6793
>> %3.17
>> G=[5 57 61
>> median(G)
62
0.5851
68
68
70
0.4851
71
72
75
75
76
76
78
82
83
83
85
93
96];
MATLAB Command Window
Page 7
ans =
75
>> P=sum(G)/length(G)
P =
71.8000
>> std(G)
ans =
18.6169
>>
>>
>>
>>
>>
%La calificación mas
usual
%3.18
%Manipulacion de matrices
%4.1
A=[15 3
22;3 8
5;14 3
es
82]
A =
15
3
14
3
8
3
22
5
82
>> B=[l;5;6];
Unrecognized function or variable 'l'.
>>
>>
>>
>>
B=[1;5;6];
C=[12 18 5
%a
d=A(:,3)
d =
22
5
82
>> %b
>> e=[d
B]
e =
22
5
82
>> %c
>> f=[d;B]
f =
1
5
6
2];
la media
MATLAB Command Window
Page 8
22
5
82
1
5
6
>> %d
>> g=[A; C(1,1:3)]
g =
15
3
14
12
3
8
3
18
22
5
82
5
>> %e
>> h=[A(1,3) C(1,2) B(2,1)]
h =
22
18
5
>> %4.6
>> M=0:1:10;
>> p1=13,560;
p1 =
13
>>
>>
>>
>>
p1=(13.560);
p2=(1000);
g=9.81;
h=M./(p1*g)
h =
0
0.0601
0.0075
0.0150
0.0677
0.0752
0.0226
0.0301
0.0376
0.0451
0.0526
0.0003
0.0004
0.0005
0.0006
0.0007
>> h=M./(p2*g)
h =
0
0.0008
0.0001
0.0002
0.0009
0.0010
>> %Matrices especiales
>> %4.8
>> A1=zeros(3)
A1 =
MATLAB Command Window
0
0
0
0
0
0
Page 9
0
0
0
>> B1=zeros(3,1)
B1 =
0
0
0
>> C1=zeros(1,4)
C1 =
0
0
0
0
6
7
2
33
34
29
26
21
22
17
12
13
19
23
27
10
14
18
24
25
20
15
16
11
111
111
111
111
111
111
111
111
>> X2=magic(6)
X2 =
35
3
31
8
30
4
1
32
9
28
5
36
>> sum(X2')
ans =
111
111
>> sum(X2)
ans =
111
111
>> diag(X2)
ans =
35
32
2
17
14
11
>> sum(diag(X2))
MATLAB Command Window
Page 10
ans =
111
>> fliplr(X2)
ans =
24
25
20
15
16
11
19
23
27
10
14
18
26
21
22
17
12
13
6
7
2
33
34
29
1
32
9
28
5
36
>> sum(diag(ans))
ans =
111
>> %4.10
>> Q=X2(1:3,1:3)
Q =
35
3
31
1
32
9
6
7
2
42
15
>> sum(Q)
ans =
69
>> %no es matriz mag.
>> a=magic(5)
a =
17
23
4
10
11
24
5
6
12
18
1
7
13
19
25
8
14
20
21
2
15
16
22
3
9
48
10
12
2
14
26
16
28
40
30
32
44
>> %a
>> w=a.*2
w =
34
46
8
35
3
31
8
30
4
MATLAB Command Window
20
22
Page 11
24
36
38
50
42
4
6
18
130
130
130
130
>> sum(w)
ans =
130
>> %si es una matriz magica
>> %b
>> E=a.^2
E =
289
529
16
100
121
576
25
36
144
324
1
49
169
361
625
64
196
400
441
4
225
256
484
9
81
>> sum(E)
ans =
1055
1105
1205
>> %si es matriz magica
>> %c
>> t=a+2
t =
19
25
6
12
13
26
7
8
14
20
3
9
15
21
27
10
16
22
23
4
17
18
24
5
11
75
75
75
75
>> sum(t)
ans =
75
>> %si es matriz magica
>> %d
>> R=[a;w]
R =
17
23
4
10
24
5
6
12
1
7
13
19
8
14
20
21
15
16
22
3
1105
1055
MATLAB Command Window
11
34
46
8
20
22
18
48
10
12
24
36
Page 12
25
2
14
26
38
50
2
16
28
40
42
4
9
30
32
44
6
18
1
49
169
361
625
3
9
15
21
27
64
196
400
441
4
10
16
22
23
4
225
256
484
9
81
17
18
24
5
11
1
7
13
19
25
2
14
26
38
50
8
14
20
21
2
16
28
40
42
4
15
16
22
3
9
30
32
44
6
18
>> Y=[E ;t]
Y =
289
529
16
100
121
19
25
6
12
13
576
25
36
144
324
26
7
8
14
20
>> T=[R Y]
T =
17
23
4
10
11
34
46
8
20
22
24
5
6
12
18
48
10
12
24
36
289
529
16
100
121
19
25
6
12
13
576
25
36
144
324
26
7
8
14
20
1
49
169
361
625
3
9
15
21
27
64
196
400
441
4
10
16
22
23
4
225
256
484
9
81
17
18
24
5
11
>> sum(T)
ans =
195
1280
>>
>>
>>
>>
>>
195
1180
195
195
195
1130
%ya no es amtriz magica, y el orden si afecta las respuestas
%Graficas lineales tridimensionales
%5.24
x=0:pi/100:20*pi;
1130
1180