iprint = input('Print the pictures?'); 
a=15:10:75;
a00=[ ... 
    19.13    inf    inf    inf    inf    inf    inf
    19.64    30.83    inf    inf    inf    inf    inf
    14.05    28.80    32.62    inf    inf    inf    inf
    14.15    26.16    29.89    31.47    inf    inf    inf
    17.47    24.73    28.03    28.16    20.75    inf    inf
    inf    24.92    27.00    28.27    20.68     5.15    inf
    inf    inf    27.09    27.63    23.28     5.11     1.18
    inf    inf    inf    26.31    22.58     6.91     1.39
    inf    inf    inf    inf    22.19     8.43     2.17
    inf    inf    inf    inf    inf    12.03     2.97
    inf    inf    inf    inf    inf    inf     3.93
];
plot(a,a00)
title('a. TOTAL                                  ')
xlabel('age')
ylabel('                      Average hours by Age')
text(a-.5,a00(1,:),'0')
text(a-.5,a00(2,:),'1')
text(a-.5,a00(3,:),'2')
text(a-.5,a00(4,:),'3')
text(a-.5,a00(5,:),'4')
text(a-.5,a00(6,:),'5')
text(a-.5,a00(7,:),'6')
text(a-.5,a00(8,:),'7')
text(a-.5,a00(9,:),'8')
text(a-.5,a00(10,:),'9')
text(a-.5,a00(11,:),'10')
axis([10,80,0,43])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
a00=[ ... 
    20.23    inf    inf    inf    inf    inf    inf
    21.59    36.00    inf    inf    inf    inf    inf
    15.96    36.15    38.40    inf    inf    inf    inf
    17.65    37.89    38.59    37.75    inf    inf    inf
    22.65    38.20    39.79    37.20    26.73    inf    inf
    inf    38.60    39.98    38.95    28.38     7.28    inf
    inf    inf    41.41    39.15    32.84     7.71     2.16
    inf    inf    inf    40.06    33.60    10.65     2.57
    inf    inf    inf    inf    35.34    13.31     3.53
    inf    inf    inf    inf    inf    20.75     5.12
    inf    inf    inf    inf    inf    inf     7.46
];
plot(a,a00)
title('b. ALL MALES                              ')
xlabel('age')
ylabel('                      Average hours by Age')
text(a-.5,a00(1,:),'0')
text(a-.5,a00(2,:),'1')
text(a-.5,a00(3,:),'2')
text(a-.5,a00(4,:),'3')
text(a-.5,a00(5,:),'4')
text(a-.5,a00(6,:),'5')
text(a-.5,a00(7,:),'6')
text(a-.5,a00(8,:),'7')
text(a-.5,a00(9,:),'8')
text(a-.5,a00(10,:),'9')
text(a-.5,a00(11,:),'10')
axis([10,80,0,43])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
a10=[ ... 
    17.99    inf    inf    inf    inf    inf    inf
    17.68    25.67    inf    inf    inf    inf    inf
    12.18    21.63    26.96    inf    inf    inf    inf
    10.73    15.03    21.53    25.48    inf    inf    inf
    12.43    11.87    16.97    19.78    15.41    inf    inf
    inf    11.84    14.70    18.38    13.91     3.48    inf
    inf    inf    13.17    16.48    14.71     3.13     0.66
    inf    inf    inf    12.58    12.30     3.98     0.74
    inf    inf    inf    inf     8.85     4.23     1.29
    inf    inf    inf    inf    inf     3.87     1.36
    inf    inf    inf    inf    inf    inf     1.01
];
plot(a,a10)
title('c. ALL FEMALES                            ')
xlabel('age')
ylabel('                      Average hours by Age')
text(a-.5,a10(1,:),'0')
text(a-.5,a10(2,:),'1')
text(a-.5,a10(3,:),'2')
text(a-.5,a10(4,:),'3')
text(a-.5,a10(5,:),'4')
text(a-.5,a10(6,:),'5')
text(a-.5,a10(7,:),'6')
text(a-.5,a10(8,:),'7')
text(a-.5,a10(9,:),'8')
text(a-.5,a10(10,:),'9')
text(a-.5,a10(11,:),'10')
axis([10,80,0,43])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
a01=[ ... 
    18.76    inf    inf    inf    inf    inf    inf
    19.23    31.50    inf    inf    inf    inf    inf
    11.37    30.55    30.17    inf    inf    inf    inf
    12.67    29.78    29.01    26.64    inf    inf    inf
    18.29    30.61    29.82    26.24    17.87    inf    inf
    inf    31.58    30.35    28.03    19.60     5.83    inf
    inf    inf    33.82    28.98    22.60     6.26     2.03
    inf    inf    inf    31.97    24.30     8.58     2.06
    inf    inf    inf    inf    27.18     9.74     4.17
    inf    inf    inf    inf    inf    15.47     5.01
    inf    inf    inf    inf    inf    inf     6.12
];
plot(a,a01)
title('d. SINGLE MALES                           ')
xlabel('age')
ylabel('                      Average hours by Age')
text(a-.5,a01(1,:),'0')
text(a-.5,a01(2,:),'1')
text(a-.5,a01(3,:),'2')
text(a-.5,a01(4,:),'3')
text(a-.5,a01(5,:),'4')
text(a-.5,a01(6,:),'5')
text(a-.5,a01(7,:),'6')
text(a-.5,a01(8,:),'7')
text(a-.5,a01(9,:),'8')
text(a-.5,a01(10,:),'9')
text(a-.5,a01(11,:),'10')
axis([10,80,0,43])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
a02=[ ... 
    34.18    inf    inf    inf    inf    inf    inf
    33.63    40.25    inf    inf    inf    inf    inf
    34.19    38.70    41.34    inf    inf    inf    inf
    36.58    40.30    40.22    40.03    inf    inf    inf
    38.69    40.67    41.52    38.89    28.39    inf    inf
    inf    41.14    41.79    40.65    29.83     7.71    inf
    inf    inf    43.06    40.99    34.74     8.20     2.50
    inf    inf    inf    41.95    35.74    11.51     2.95
    inf    inf    inf    inf    37.58    14.74     4.08
    inf    inf    inf    inf    inf    23.39     6.22
    inf    inf    inf    inf    inf    inf     9.77
];
plot(a,a02)
title('e. MARRIED MALES, SPOUSE PRESENT          ')
xlabel('age')
ylabel('                      Average hours by Age')
text(a-.5,a02(1,:),'0')
text(a-.5,a02(2,:),'1')
text(a-.5,a02(3,:),'2')
text(a-.5,a02(4,:),'3')
text(a-.5,a02(5,:),'4')
text(a-.5,a02(6,:),'5')
text(a-.5,a02(7,:),'6')
text(a-.5,a02(8,:),'7')
text(a-.5,a02(9,:),'8')
text(a-.5,a02(10,:),'9')
text(a-.5,a02(11,:),'10')
axis([10,80,0,43])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
a05=[ ... 
    21.03    inf    inf    inf    inf    inf    inf
    25.27    27.31    inf    inf    inf    inf    inf
    16.49    30.64    28.80    inf    inf    inf    inf
    17.13    27.12    31.99    29.84    inf    inf    inf
    24.17    25.80    29.67    29.18    21.63    inf    inf
    inf    27.54    27.83    30.48    20.58     6.23    inf
    inf    inf    31.56    29.49    25.06     5.99     1.48
    inf    inf    inf    30.48    24.69     9.13     2.40
    inf    inf    inf    inf    26.62     9.66     2.94
    inf    inf    inf    inf    inf    16.54     3.47
    inf    inf    inf    inf    inf    inf     5.93
];
plot(a,a05)
title('f. MARRIED MALES, SPOUSE ABSENT           ')
xlabel('age')
ylabel('                      Average hours by Age')
text(a-.5,a05(1,:),'0')
text(a-.5,a05(2,:),'1')
text(a-.5,a05(3,:),'2')
text(a-.5,a05(4,:),'3')
text(a-.5,a05(5,:),'4')
text(a-.5,a05(6,:),'5')
text(a-.5,a05(7,:),'6')
text(a-.5,a05(8,:),'7')
text(a-.5,a05(9,:),'8')
text(a-.5,a05(10,:),'9')
text(a-.5,a05(11,:),'10')
axis([10,80,0,43])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
a06=[ ... 
    15.20    inf    inf    inf    inf    inf    inf
    18.64    26.62    inf    inf    inf    inf    inf
    19.68    28.31    28.70    inf    inf    inf    inf
    19.74    29.63    29.66    29.06    inf    inf    inf
    19.65    32.00    32.08    29.10    18.32    inf    inf
    inf    33.50    31.33    31.93    20.89     4.90    inf
    inf    inf    35.76    31.97    25.36     5.24     1.38
    inf    inf    inf    34.12    25.95     7.24     1.70
    inf    inf    inf    inf    29.15     9.24     2.34
    inf    inf    inf    inf    inf    14.99     3.56
    inf    inf    inf    inf    inf    inf     4.67
];
plot(a,a06)
title('g. WIDOWED MALES                          ')
xlabel('age')
ylabel('                      Average hours by Age')
text(a-.5,a06(1,:),'0')
text(a-.5,a06(2,:),'1')
text(a-.5,a06(3,:),'2')
text(a-.5,a06(4,:),'3')
text(a-.5,a06(5,:),'4')
text(a-.5,a06(6,:),'5')
text(a-.5,a06(7,:),'6')
text(a-.5,a06(8,:),'7')
text(a-.5,a06(9,:),'8')
text(a-.5,a06(10,:),'9')
text(a-.5,a06(11,:),'10')
axis([10,80,0,43])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
a07=[ ... 
    29.17    inf    inf    inf    inf    inf    inf
    29.16    33.94    inf    inf    inf    inf    inf
    25.56    33.73    34.23    inf    inf    inf    inf
    24.08    33.14    34.39    32.90    inf    inf    inf
    29.53    30.54    33.35    30.90    22.23    inf    inf
    inf    32.82    31.51    31.16    22.34     6.76    inf
    inf    inf    34.93    29.50    24.62     6.09     2.46
    inf    inf    inf    32.71    25.75     8.63     2.65
    inf    inf    inf    inf    28.77     9.75     4.12
    inf    inf    inf    inf    inf    15.76     4.95
    inf    inf    inf    inf    inf    inf    11.67
];
plot(a,a07)
title('h. DIVORCED MALES                         ')
xlabel('age')
ylabel('                      Average hours by Age')
text(a-.5,a07(1,:),'0')
text(a-.5,a07(2,:),'1')
text(a-.5,a07(3,:),'2')
text(a-.5,a07(4,:),'3')
text(a-.5,a07(5,:),'4')
text(a-.5,a07(6,:),'5')
text(a-.5,a07(7,:),'6')
text(a-.5,a07(8,:),'7')
text(a-.5,a07(9,:),'8')
text(a-.5,a07(10,:),'9')
text(a-.5,a07(11,:),'10')
axis([10,80,0,43])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
a11=[ ... 
    17.35    inf    inf    inf    inf    inf    inf
    17.23    29.73    inf    inf    inf    inf    inf
    10.43    29.15    30.21    inf    inf    inf    inf
    10.70    28.82    28.24    27.59    inf    inf    inf
    14.33    29.33    27.65    25.76    18.55    inf    inf
    inf    30.58    29.37    27.62    20.68     4.98    inf
    inf    inf    30.51    28.94    24.23     4.93     1.02
    inf    inf    inf    28.61    24.40     8.41     1.19
    inf    inf    inf    inf    22.77    10.63     3.07
    inf    inf    inf    inf    inf    10.36     3.35
    inf    inf    inf    inf    inf    inf     3.14
];
plot(a,a11)
title('i. SINGLE FEMALES                         ')
xlabel('age')
ylabel('                      Average hours by Age')
text(a-.5,a11(1,:),'0')
text(a-.5,a11(2,:),'1')
text(a-.5,a11(3,:),'2')
text(a-.5,a11(4,:),'3')
text(a-.5,a11(5,:),'4')
text(a-.5,a11(6,:),'5')
text(a-.5,a11(7,:),'6')
text(a-.5,a11(8,:),'7')
text(a-.5,a11(9,:),'8')
text(a-.5,a11(10,:),'9')
text(a-.5,a11(11,:),'10')
axis([10,80,0,43])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
a12=[ ... 
    21.13    inf    inf    inf    inf    inf    inf
    18.36    23.90    inf    inf    inf    inf    inf
    14.65    18.77    25.41    inf    inf    inf    inf
    10.00    12.21    19.64    24.04    inf    inf    inf
     9.17     9.10    14.95    18.16    13.83    inf    inf
    inf     8.09    12.35    16.18    11.95     2.79    inf
    inf    inf     9.60    13.55    11.75     2.48     0.65
    inf    inf    inf     8.61     8.66     2.55     0.70
    inf    inf    inf    inf     4.60     2.27     1.03
    inf    inf    inf    inf    inf     1.79     0.94
    inf    inf    inf    inf    inf    inf     0.56
];
plot(a,a12)
title('j. MARRIED FEMALES, SPOUSE PRESENT        ')
xlabel('age')
ylabel('                      Average hours by Age')
text(a-.5,a12(1,:),'0')
text(a-.5,a12(2,:),'1')
text(a-.5,a12(3,:),'2')
text(a-.5,a12(4,:),'3')
text(a-.5,a12(5,:),'4')
text(a-.5,a12(6,:),'5')
text(a-.5,a12(7,:),'6')
text(a-.5,a12(8,:),'7')
text(a-.5,a12(9,:),'8')
text(a-.5,a12(10,:),'9')
text(a-.5,a12(11,:),'10')
axis([10,80,0,43])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
a13=[ ... 
    15.49    inf    inf    inf    inf    inf    inf
    11.72    19.48    inf    inf    inf    inf    inf
     9.08    13.47    19.62    inf    inf    inf    inf
     5.71     8.33    13.00    18.55    inf    inf    inf
     3.40     5.75     9.04    11.77    13.11    inf    inf
    inf     4.60     6.36    12.11     9.32     6.61    inf
    inf    inf     6.49     9.17    10.13     1.34     7.86
    inf    inf    inf     6.41     7.25     3.70     0.30
    inf    inf    inf    inf     4.24     2.10     6.02
    inf    inf    inf    inf    inf     3.93     2.25
    inf    inf    inf    inf    inf    inf     6.82
];
plot(a,a13)
title('k. MARRIED FEMALES, S.P., YOUNGEST < 6    ')
xlabel('age')
ylabel('                      Average hours by Age')
text(a-.5,a13(1,:),'0')
text(a-.5,a13(2,:),'1')
text(a-.5,a13(3,:),'2')
text(a-.5,a13(4,:),'3')
text(a-.5,a13(5,:),'4')
text(a-.5,a13(6,:),'5')
text(a-.5,a13(7,:),'6')
text(a-.5,a13(8,:),'7')
text(a-.5,a13(9,:),'8')
text(a-.5,a13(10,:),'9')
text(a-.5,a13(11,:),'10')
axis([10,80,0,43])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
a14=[ ... 
    23.43    inf    inf    inf    inf    inf    inf
    15.46    24.85    inf    inf    inf    inf    inf
    16.23    20.79    25.70    inf    inf    inf    inf
    13.27    15.90    20.01    23.01    inf    inf    inf
     3.89    13.44    15.85    16.76    15.09    inf    inf
    inf     5.57    13.75    14.49    11.91     5.98    inf
    inf    inf     7.64    11.99    11.41     3.90    11.01
    inf    inf    inf     6.81     8.75     4.15     3.41
    inf    inf    inf    inf     4.50     2.53     6.81
    inf    inf    inf    inf    inf     2.28     1.45
    inf    inf    inf    inf    inf    inf    10.08
];
plot(a,a14)
title('l. MARRIED FEMALES, S.P., YOUNGEST 6-17   ')
xlabel('age')
ylabel('                      Average hours by Age')
text(a-.5,a14(1,:),'0')
text(a-.5,a14(2,:),'1')
text(a-.5,a14(3,:),'2')
text(a-.5,a14(4,:),'3')
text(a-.5,a14(5,:),'4')
text(a-.5,a14(6,:),'5')
text(a-.5,a14(7,:),'6')
text(a-.5,a14(8,:),'7')
text(a-.5,a14(9,:),'8')
text(a-.5,a14(10,:),'9')
text(a-.5,a14(11,:),'10')
axis([10,80,0,43])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
a15=[ ... 
    15.89    inf    inf    inf    inf    inf    inf
    17.12    21.95    inf    inf    inf    inf    inf
    16.05    21.77    25.26    inf    inf    inf    inf
    14.24    18.03    22.78    24.22    inf    inf    inf
    15.37    17.52    20.17    21.32    15.72    inf    inf
    inf    20.00    20.51    21.43    15.79     4.01    inf
    inf    inf    22.26    20.74    17.25     3.75     0.84
    inf    inf    inf    19.74    15.58     5.43     1.50
    inf    inf    inf    inf    13.82     4.30     2.16
    inf    inf    inf    inf    inf     4.42     1.57
    inf    inf    inf    inf    inf    inf     1.04
];
plot(a,a15)
title('m. MARRIED FEMALES, SPOUSE ABSENT         ')
xlabel('age')
ylabel('                      Average hours by Age')
text(a-.5,a15(1,:),'0')
text(a-.5,a15(2,:),'1')
text(a-.5,a15(3,:),'2')
text(a-.5,a15(4,:),'3')
text(a-.5,a15(5,:),'4')
text(a-.5,a15(6,:),'5')
text(a-.5,a15(7,:),'6')
text(a-.5,a15(8,:),'7')
text(a-.5,a15(9,:),'8')
text(a-.5,a15(10,:),'9')
text(a-.5,a15(11,:),'10')
axis([10,80,0,43])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
a16=[ ... 
    10.56    inf    inf    inf    inf    inf    inf
    17.12    18.50    inf    inf    inf    inf    inf
    17.66    17.25    24.06    inf    inf    inf    inf
    15.64    21.00    21.13    24.41    inf    inf    inf
    17.02    17.61    21.85    20.71    15.16    inf    inf
    inf    21.75    22.82    23.52    15.68     3.59    inf
    inf    inf    23.90    23.35    17.82     3.30     0.57
    inf    inf    inf    20.11    15.71     4.20     0.66
    inf    inf    inf    inf    12.96     4.72     1.04
    inf    inf    inf    inf    inf     4.31     1.18
    inf    inf    inf    inf    inf    inf     0.83
];
plot(a,a16)
title('n. WIDOWED FEMALES                        ')
xlabel('age')
ylabel('                      Average hours by Age')
text(a-.5,a16(1,:),'0')
text(a-.5,a16(2,:),'1')
text(a-.5,a16(3,:),'2')
text(a-.5,a16(4,:),'3')
text(a-.5,a16(5,:),'4')
text(a-.5,a16(6,:),'5')
text(a-.5,a16(7,:),'6')
text(a-.5,a16(8,:),'7')
text(a-.5,a16(9,:),'8')
text(a-.5,a16(10,:),'9')
text(a-.5,a16(11,:),'10')
axis([10,80,0,43])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
a17=[ ... 
    23.26    inf    inf    inf    inf    inf    inf
    24.42    29.13    inf    inf    inf    inf    inf
    25.16    29.38    32.82    inf    inf    inf    inf
    24.01    27.59    30.38    31.86    inf    inf    inf
    25.27    27.69    29.73    28.73    23.73    inf    inf
    inf    28.72    29.87    29.71    22.65     6.68    inf
    inf    inf    30.68    29.51    25.04     5.53     1.49
    inf    inf    inf    27.32    24.05     7.99     1.48
    inf    inf    inf    inf    21.99     9.19     3.26
    inf    inf    inf    inf    inf    10.07     2.48
    inf    inf    inf    inf    inf    inf     1.96
];
plot(a,a17)
title('o. DIVORCED FEMALES                       ')
xlabel('age')
ylabel('                      Average hours by Age')
text(a-.5,a17(1,:),'0')
text(a-.5,a17(2,:),'1')
text(a-.5,a17(3,:),'2')
text(a-.5,a17(4,:),'3')
text(a-.5,a17(5,:),'4')
text(a-.5,a17(6,:),'5')
text(a-.5,a17(7,:),'6')
text(a-.5,a17(8,:),'7')
text(a-.5,a17(9,:),'8')
text(a-.5,a17(10,:),'9')
text(a-.5,a17(11,:),'10')
axis([10,80,0,43])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
h00=[ ... 
    32.03    inf    inf    inf    inf    inf    inf
    33.19    40.11    inf    inf    inf    inf    inf
    31.79    38.93    40.51    inf    inf    inf    inf
    33.59    38.84    39.10    40.44    inf    inf    inf
    39.08    39.55    39.34    39.03    38.15    inf    inf
    inf    41.23    40.00    39.57    37.90    30.11    inf
    inf    inf    41.72    40.21    38.73    29.98    25.95
    inf    inf    inf    41.77    39.17    32.35    26.69
    inf    inf    inf    inf    41.04    34.57    31.66
    inf    inf    inf    inf    inf    39.73    33.12
    inf    inf    inf    inf    inf    inf    37.38
];
plot(a,h00)
title('a. TOTAL                                  ')
xlabel('age')
ylabel('                      Hours/Worker by Age ')
text(a-.5,h00(1,:),'0')
text(a-.5,h00(2,:),'1')
text(a-.5,h00(3,:),'2')
text(a-.5,h00(4,:),'3')
text(a-.5,h00(5,:),'4')
text(a-.5,h00(6,:),'5')
text(a-.5,h00(7,:),'6')
text(a-.5,h00(8,:),'7')
text(a-.5,h00(9,:),'8')
text(a-.5,h00(10,:),'9')
text(a-.5,h00(11,:),'10')
axis([10,80,24,46])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
h00=[ ... 
    33.46    inf    inf    inf    inf    inf    inf
    34.80    43.09    inf    inf    inf    inf    inf
    32.10    42.46    44.20    inf    inf    inf    inf
    33.94    43.19    43.58    43.93    inf    inf    inf
    40.49    43.84    44.02    43.06    41.69    inf    inf
    inf    44.47    44.44    43.43    41.50    32.89    inf
    inf    inf    45.22    43.92    42.02    33.06    28.64
    inf    inf    inf    44.96    42.53    34.88    29.59
    inf    inf    inf    inf    43.95    37.35    32.56
    inf    inf    inf    inf    inf    42.07    34.13
    inf    inf    inf    inf    inf    inf    38.62
];
plot(a,h00)
title('b. ALL MALES                              ')
xlabel('age')
ylabel('                      Hours/Worker by Age ')
text(a-.5,h00(1,:),'0')
text(a-.5,h00(2,:),'1')
text(a-.5,h00(3,:),'2')
text(a-.5,h00(4,:),'3')
text(a-.5,h00(5,:),'4')
text(a-.5,h00(6,:),'5')
text(a-.5,h00(7,:),'6')
text(a-.5,h00(8,:),'7')
text(a-.5,h00(9,:),'8')
text(a-.5,h00(10,:),'9')
text(a-.5,h00(11,:),'10')
axis([10,80,24,46])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
h10=[ ... 
    30.53    inf    inf    inf    inf    inf    inf
    31.57    37.14    inf    inf    inf    inf    inf
    31.48    35.47    36.91    inf    inf    inf    inf
    33.25    34.72    34.79    37.12    inf    inf    inf
    37.71    35.45    34.94    35.30    34.98    inf    inf
    inf    38.14    35.79    36.00    34.73    27.94    inf
    inf    inf    38.32    36.62    35.77    27.64    24.51
    inf    inf    inf    38.58    36.04    30.36    25.08
    inf    inf    inf    inf    38.10    32.17    31.08
    inf    inf    inf    inf    inf    37.56    32.37
    inf    inf    inf    inf    inf    inf    36.34
];
plot(a,h10)
title('c. ALL FEMALES                            ')
xlabel('age')
ylabel('                      Hours/Worker by Age ')
text(a-.5,h10(1,:),'0')
text(a-.5,h10(2,:),'1')
text(a-.5,h10(3,:),'2')
text(a-.5,h10(4,:),'3')
text(a-.5,h10(5,:),'4')
text(a-.5,h10(6,:),'5')
text(a-.5,h10(7,:),'6')
text(a-.5,h10(8,:),'7')
text(a-.5,h10(9,:),'8')
text(a-.5,h10(10,:),'9')
text(a-.5,h10(11,:),'10')
axis([10,80,24,46])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
h01=[ ... 
    32.45    inf    inf    inf    inf    inf    inf
    33.41    41.21    inf    inf    inf    inf    inf
    29.47    40.47    41.45    inf    inf    inf    inf
    31.27    40.48    40.66    40.68    inf    inf    inf
    39.52    41.53    41.12    40.38    39.10    inf    inf
    inf    43.12    42.02    40.88    39.25    34.02    inf
    inf    inf    43.96    41.87    40.12    35.45    30.45
    inf    inf    inf    44.07    41.17    37.25    29.92
    inf    inf    inf    inf    43.33    38.14    36.21
    inf    inf    inf    inf    inf    41.03    37.71
    inf    inf    inf    inf    inf    inf    39.26
];
plot(a,h01)
title('d. SINGLE MALES                           ')
xlabel('age')
ylabel('                      Hours/Worker by Age ')
text(a-.5,h01(1,:),'0')
text(a-.5,h01(2,:),'1')
text(a-.5,h01(3,:),'2')
text(a-.5,h01(4,:),'3')
text(a-.5,h01(5,:),'4')
text(a-.5,h01(6,:),'5')
text(a-.5,h01(7,:),'6')
text(a-.5,h01(8,:),'7')
text(a-.5,h01(9,:),'8')
text(a-.5,h01(10,:),'9')
text(a-.5,h01(11,:),'10')
axis([10,80,24,46])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
h02=[ ... 
    42.00    inf    inf    inf    inf    inf    inf
    41.60    44.60    inf    inf    inf    inf    inf
    41.58    43.30    45.08    inf    inf    inf    inf
    43.25    43.87    44.05    44.53    inf    inf    inf
    43.93    44.46    44.47    43.47    42.11    inf    inf
    inf    44.91    44.85    43.80    41.86    32.93    inf
    inf    inf    45.53    44.32    42.37    33.06    28.50
    inf    inf    inf    45.29    42.86    34.67    29.73
    inf    inf    inf    inf    44.25    37.49    31.85
    inf    inf    inf    inf    inf    42.38    33.68
    inf    inf    inf    inf    inf    inf    39.13
];
plot(a,h02)
title('e. MARRIED MALES, SPOUSE PRESENT          ')
xlabel('age')
ylabel('                      Hours/Worker by Age ')
text(a-.5,h02(1,:),'0')
text(a-.5,h02(2,:),'1')
text(a-.5,h02(3,:),'2')
text(a-.5,h02(4,:),'3')
text(a-.5,h02(5,:),'4')
text(a-.5,h02(6,:),'5')
text(a-.5,h02(7,:),'6')
text(a-.5,h02(8,:),'7')
text(a-.5,h02(9,:),'8')
text(a-.5,h02(10,:),'9')
text(a-.5,h02(11,:),'10')
axis([10,80,24,46])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
h05=[ ... 
    37.57    inf    inf    inf    inf    inf    inf
    39.74    40.92    inf    inf    inf    inf    inf
    39.09    41.25    41.77    inf    inf    inf    inf
    39.82    41.64    41.77    41.94    inf    inf    inf
    41.88    42.17    42.22    40.97    40.40    inf    inf
    inf    43.27    42.74    41.93    39.63    34.34    inf
    inf    inf    43.64    42.07    40.87    32.92    31.32
    inf    inf    inf    43.08    41.59    36.06    31.00
    inf    inf    inf    inf    42.74    37.64    35.15
    inf    inf    inf    inf    inf    41.46    33.07
    inf    inf    inf    inf    inf    inf    39.16
];
plot(a,h05)
title('f. MARRIED MALES, SPOUSE ABSENT           ')
xlabel('age')
ylabel('                      Hours/Worker by Age ')
text(a-.5,h05(1,:),'0')
text(a-.5,h05(2,:),'1')
text(a-.5,h05(3,:),'2')
text(a-.5,h05(4,:),'3')
text(a-.5,h05(5,:),'4')
text(a-.5,h05(6,:),'5')
text(a-.5,h05(7,:),'6')
text(a-.5,h05(8,:),'7')
text(a-.5,h05(9,:),'8')
text(a-.5,h05(10,:),'9')
text(a-.5,h05(11,:),'10')
axis([10,80,24,46])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
h06=[ ... 
    35.87    inf    inf    inf    inf    inf    inf
    37.83    41.28    inf    inf    inf    inf    inf
    37.50    41.03    41.68    inf    inf    inf    inf
    39.48    40.63    41.00    41.96    inf    inf    inf
    38.80    42.26    41.71    40.69    39.83    inf    inf
    inf    43.18    41.70    41.61    39.88    31.44    inf
    inf    inf    43.09    42.10    40.28    31.96    27.75
    inf    inf    inf    43.40    40.87    34.29    29.07
    inf    inf    inf    inf    42.68    36.15    32.37
    inf    inf    inf    inf    inf    41.72    34.16
    inf    inf    inf    inf    inf    inf    37.63
];
plot(a,h06)
title('g. WIDOWED MALES                          ')
xlabel('age')
ylabel('                      Hours/Worker by Age ')
text(a-.5,h06(1,:),'0')
text(a-.5,h06(2,:),'1')
text(a-.5,h06(3,:),'2')
text(a-.5,h06(4,:),'3')
text(a-.5,h06(5,:),'4')
text(a-.5,h06(6,:),'5')
text(a-.5,h06(7,:),'6')
text(a-.5,h06(8,:),'7')
text(a-.5,h06(9,:),'8')
text(a-.5,h06(10,:),'9')
text(a-.5,h06(11,:),'10')
axis([10,80,24,46])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
h07=[ ... 
    40.62    inf    inf    inf    inf    inf    inf
    41.34    42.89    inf    inf    inf    inf    inf
    40.34    41.98    43.08    inf    inf    inf    inf
    41.05    42.03    42.52    42.72    inf    inf    inf
    42.66    42.27    42.29    41.69    40.71    inf    inf
    inf    43.18    42.19    41.67    39.91    32.69    inf
    inf    inf    43.32    41.24    40.76    32.47    30.90
    inf    inf    inf    42.91    41.42    35.11    29.96
    inf    inf    inf    inf    43.02    36.58    34.88
    inf    inf    inf    inf    inf    40.46    34.85
    inf    inf    inf    inf    inf    inf    43.37
];
plot(a,h07)
title('h. DIVORCED MALES                         ')
xlabel('age')
ylabel('                      Hours/Worker by Age ')
text(a-.5,h07(1,:),'0')
text(a-.5,h07(2,:),'1')
text(a-.5,h07(3,:),'2')
text(a-.5,h07(4,:),'3')
text(a-.5,h07(5,:),'4')
text(a-.5,h07(6,:),'5')
text(a-.5,h07(7,:),'6')
text(a-.5,h07(8,:),'7')
text(a-.5,h07(9,:),'8')
text(a-.5,h07(10,:),'9')
text(a-.5,h07(11,:),'10')
axis([10,80,24,46])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
h11=[ ... 
    29.28    inf    inf    inf    inf    inf    inf
    30.04    39.24    inf    inf    inf    inf    inf
    28.91    38.07    39.63    inf    inf    inf    inf
    30.97    38.11    38.57    38.99    inf    inf    inf
    37.15    38.97    38.66    37.85    36.69    inf    inf
    inf    40.03    39.28    38.73    36.88    29.83    inf
    inf    inf    40.48    39.42    38.18    29.42    24.25
    inf    inf    inf    40.40    38.61    33.88    26.75
    inf    inf    inf    inf    39.95    35.72    33.04
    inf    inf    inf    inf    inf    40.55    34.45
    inf    inf    inf    inf    inf    inf    36.79
];
plot(a,h11)
title('i. SINGLE FEMALES                         ')
xlabel('age')
ylabel('                      Hours/Worker by Age ')
text(a-.5,h11(1,:),'0')
text(a-.5,h11(2,:),'1')
text(a-.5,h11(3,:),'2')
text(a-.5,h11(4,:),'3')
text(a-.5,h11(5,:),'4')
text(a-.5,h11(6,:),'5')
text(a-.5,h11(7,:),'6')
text(a-.5,h11(8,:),'7')
text(a-.5,h11(9,:),'8')
text(a-.5,h11(10,:),'9')
text(a-.5,h11(11,:),'10')
axis([10,80,24,46])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
h12=[ ... 
    35.55    inf    inf    inf    inf    inf    inf
    35.22    36.05    inf    inf    inf    inf    inf
    35.82    34.46    35.80    inf    inf    inf    inf
    36.30    33.85    33.91    36.29    inf    inf    inf
    38.31    34.84    34.20    34.71    34.27    inf    inf
    inf    37.71    35.23    35.36    34.24    27.46    inf
    inf    inf    37.83    36.02    35.09    27.49    24.93
    inf    inf    inf    38.06    35.27    29.68    26.26
    inf    inf    inf    inf    37.38    31.28    30.96
    inf    inf    inf    inf    inf    36.30    33.63
    inf    inf    inf    inf    inf    inf    36.89
];
plot(a,h12)
title('j. MARRIED FEMALES, SPOUSE PRESENT        ')
xlabel('age')
ylabel('                      Hours/Worker by Age ')
text(a-.5,h12(1,:),'0')
text(a-.5,h12(2,:),'1')
text(a-.5,h12(3,:),'2')
text(a-.5,h12(4,:),'3')
text(a-.5,h12(5,:),'4')
text(a-.5,h12(6,:),'5')
text(a-.5,h12(7,:),'6')
text(a-.5,h12(8,:),'7')
text(a-.5,h12(9,:),'8')
text(a-.5,h12(10,:),'9')
text(a-.5,h12(11,:),'10')
axis([10,80,24,46])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
h13=[ ... 
    33.53    inf    inf    inf    inf    inf    inf
    32.69    33.96    inf    inf    inf    inf    inf
    34.28    31.98    33.57    inf    inf    inf    inf
    34.24    32.10    31.53    34.80    inf    inf    inf
    35.99    32.90    32.77    32.90    34.58    inf    inf
    inf    36.24    32.88    35.11    36.29    30.29    inf
    inf    inf    36.53    34.54    35.19    28.64    33.93
    inf    inf    inf    37.04    33.39    32.42     7.50
    inf    inf    inf    inf    35.64    29.77    29.14
    inf    inf    inf    inf    inf    40.02    28.83
    inf    inf    inf    inf    inf    inf    62.50
];
plot(a,h13)
title('k. MARRIED FEMALES, S.P., YOUNGEST < 6    ')
xlabel('age')
ylabel('                      Hours/Worker by Age ')
text(a-.5,h13(1,:),'0')
text(a-.5,h13(2,:),'1')
text(a-.5,h13(3,:),'2')
text(a-.5,h13(4,:),'3')
text(a-.5,h13(5,:),'4')
text(a-.5,h13(6,:),'5')
text(a-.5,h13(7,:),'6')
text(a-.5,h13(8,:),'7')
text(a-.5,h13(9,:),'8')
text(a-.5,h13(10,:),'9')
text(a-.5,h13(11,:),'10')
axis([10,80,24,46])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
h14=[ ... 
    36.14    inf    inf    inf    inf    inf    inf
    33.56    35.41    inf    inf    inf    inf    inf
    35.90    34.10    35.18    inf    inf    inf    inf
    36.41    33.87    33.43    35.05    inf    inf    inf
    37.01    35.26    33.58    33.23    33.87    inf    inf
    inf    36.57    34.91    33.90    32.46    31.18    inf
    inf    inf    37.10    34.69    34.16    31.38    38.48
    inf    inf    inf    37.06    34.79    31.87    35.50
    inf    inf    inf    inf    36.09    31.06    34.17
    inf    inf    inf    inf    inf    31.37    25.38
    inf    inf    inf    inf    inf    inf    43.76
];
plot(a,h14)
title('l. MARRIED FEMALES, S.P., YOUNGEST 6-17   ')
xlabel('age')
ylabel('                      Hours/Worker by Age ')
text(a-.5,h14(1,:),'0')
text(a-.5,h14(2,:),'1')
text(a-.5,h14(3,:),'2')
text(a-.5,h14(4,:),'3')
text(a-.5,h14(5,:),'4')
text(a-.5,h14(6,:),'5')
text(a-.5,h14(7,:),'6')
text(a-.5,h14(8,:),'7')
text(a-.5,h14(9,:),'8')
text(a-.5,h14(10,:),'9')
text(a-.5,h14(11,:),'10')
axis([10,80,24,46])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
h15=[ ... 
    33.31    inf    inf    inf    inf    inf    inf
    34.53    36.74    inf    inf    inf    inf    inf
    36.26    35.86    37.67    inf    inf    inf    inf
    37.25    37.00    35.80    37.59    inf    inf    inf
    38.54    37.26    37.18    35.56    35.91    inf    inf
    inf    39.58    37.23    37.78    34.52    29.92    inf
    inf    inf    39.88    37.87    37.10    25.82    27.59
    inf    inf    inf    40.39    37.68    33.27    26.21
    inf    inf    inf    inf    40.06    32.86    35.51
    inf    inf    inf    inf    inf    37.08    32.92
    inf    inf    inf    inf    inf    inf    35.52
];
plot(a,h15)
title('m. MARRIED FEMALES, SPOUSE ABSENT         ')
xlabel('age')
ylabel('                      Hours/Worker by Age ')
text(a-.5,h15(1,:),'0')
text(a-.5,h15(2,:),'1')
text(a-.5,h15(3,:),'2')
text(a-.5,h15(4,:),'3')
text(a-.5,h15(5,:),'4')
text(a-.5,h15(6,:),'5')
text(a-.5,h15(7,:),'6')
text(a-.5,h15(8,:),'7')
text(a-.5,h15(9,:),'8')
text(a-.5,h15(10,:),'9')
text(a-.5,h15(11,:),'10')
axis([10,80,24,46])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
h16=[ ... 
    31.08    inf    inf    inf    inf    inf    inf
    36.11    35.62    inf    inf    inf    inf    inf
    37.63    35.04    37.23    inf    inf    inf    inf
    38.95    38.49    35.13    37.53    inf    inf    inf
    39.49    35.69    36.95    35.79    35.15    inf    inf
    inf    39.48    37.45    37.22    34.98    27.73    inf
    inf    inf    39.61    37.63    36.28    27.37    24.12
    inf    inf    inf    39.47    36.54    30.06    24.42
    inf    inf    inf    inf    38.86    32.19    30.61
    inf    inf    inf    inf    inf    38.04    31.74
    inf    inf    inf    inf    inf    inf    36.17
];
plot(a,h16)
title('n. WIDOWED FEMALES                        ')
xlabel('age')
ylabel('                      Hours/Worker by Age ')
text(a-.5,h16(1,:),'0')
text(a-.5,h16(2,:),'1')
text(a-.5,h16(3,:),'2')
text(a-.5,h16(4,:),'3')
text(a-.5,h16(5,:),'4')
text(a-.5,h16(6,:),'5')
text(a-.5,h16(7,:),'6')
text(a-.5,h16(8,:),'7')
text(a-.5,h16(9,:),'8')
text(a-.5,h16(10,:),'9')
text(a-.5,h16(11,:),'10')
axis([10,80,24,46])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
h17=[ ... 
    36.59    inf    inf    inf    inf    inf    inf
    36.98    38.90    inf    inf    inf    inf    inf
    38.03    38.16    39.92    inf    inf    inf    inf
    39.38    38.33    38.28    39.87    inf    inf    inf
    40.83    39.23    38.73    38.34    37.97    inf    inf
    inf    40.06    39.58    39.04    37.25    30.41    inf
    inf    inf    40.93    39.34    38.17    29.37    27.43
    inf    inf    inf    40.38    39.06    32.35    28.05
    inf    inf    inf    inf    39.65    35.29    33.96
    inf    inf    inf    inf    inf    41.52    31.93
    inf    inf    inf    inf    inf    inf    37.45
];
plot(a,h17)
title('o. DIVORCED FEMALES                       ')
xlabel('age')
ylabel('                      Hours/Worker by Age ')
text(a-.5,h17(1,:),'0')
text(a-.5,h17(2,:),'1')
text(a-.5,h17(3,:),'2')
text(a-.5,h17(4,:),'3')
text(a-.5,h17(5,:),'4')
text(a-.5,h17(6,:),'5')
text(a-.5,h17(7,:),'6')
text(a-.5,h17(8,:),'7')
text(a-.5,h17(9,:),'8')
text(a-.5,h17(10,:),'9')
text(a-.5,h17(11,:),'10')
axis([10,80,24,46])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
e00=[ ... 
     0.59    inf    inf    inf    inf    inf    inf
     0.59     0.76    inf    inf    inf    inf    inf
     0.43     0.73     0.80    inf    inf    inf    inf
     0.41     0.64     0.75     0.77    inf    inf    inf
     0.44     0.59     0.69     0.70     0.53    inf    inf
    inf     0.58     0.65     0.69     0.53     0.17    inf
    inf    inf     0.62     0.66     0.58     0.16     0.04
    inf    inf    inf     0.61     0.55     0.21     0.05
    inf    inf    inf    inf     0.52     0.23     0.07
    inf    inf    inf    inf    inf     0.29     0.09
    inf    inf    inf    inf    inf    inf     0.10
];
plot(a,e00)
title('a. TOTAL                                  ')
xlabel('age')
ylabel('              Employment/Population by Age')
text(a-.5,e00(1,:),'0')
text(a-.5,e00(2,:),'1')
text(a-.5,e00(3,:),'2')
text(a-.5,e00(4,:),'3')
text(a-.5,e00(5,:),'4')
text(a-.5,e00(6,:),'5')
text(a-.5,e00(7,:),'6')
text(a-.5,e00(8,:),'7')
text(a-.5,e00(9,:),'8')
text(a-.5,e00(10,:),'9')
text(a-.5,e00(11,:),'10')
axis([10,80,0,1])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
e00=[ ... 
     0.60    inf    inf    inf    inf    inf    inf
     0.61     0.83    inf    inf    inf    inf    inf
     0.47     0.85     0.87    inf    inf    inf    inf
     0.50     0.87     0.88     0.86    inf    inf    inf
     0.55     0.87     0.90     0.86     0.64    inf    inf
    inf     0.87     0.90     0.90     0.68     0.22    inf
    inf    inf     0.91     0.89     0.78     0.23     0.08
    inf    inf    inf     0.89     0.79     0.31     0.09
    inf    inf    inf    inf     0.80     0.36     0.11
    inf    inf    inf    inf    inf     0.49     0.15
    inf    inf    inf    inf    inf    inf     0.19
];
plot(a,e00)
title('b. ALL MALES                              ')
xlabel('age')
ylabel('              Employment/Population by Age')
text(a-.5,e00(1,:),'0')
text(a-.5,e00(2,:),'1')
text(a-.5,e00(3,:),'2')
text(a-.5,e00(4,:),'3')
text(a-.5,e00(5,:),'4')
text(a-.5,e00(6,:),'5')
text(a-.5,e00(7,:),'6')
text(a-.5,e00(8,:),'7')
text(a-.5,e00(9,:),'8')
text(a-.5,e00(10,:),'9')
text(a-.5,e00(11,:),'10')
axis([10,80,0,1])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
e10=[ ... 
     0.59    inf    inf    inf    inf    inf    inf
     0.56     0.69    inf    inf    inf    inf    inf
     0.38     0.61     0.73    inf    inf    inf    inf
     0.32     0.43     0.62     0.68    inf    inf    inf
     0.33     0.33     0.48     0.56     0.44    inf    inf
    inf     0.31     0.41     0.51     0.40     0.12    inf
    inf    inf     0.34     0.45     0.41     0.11     0.03
    inf    inf    inf     0.32     0.34     0.13     0.03
    inf    inf    inf    inf     0.23     0.13     0.04
    inf    inf    inf    inf    inf     0.10     0.04
    inf    inf    inf    inf    inf    inf     0.03
];
plot(a,e10)
title('c. ALL FEMALES                            ')
xlabel('age')
ylabel('              Employment/Population by Age')
text(a-.5,e10(1,:),'0')
text(a-.5,e10(2,:),'1')
text(a-.5,e10(3,:),'2')
text(a-.5,e10(4,:),'3')
text(a-.5,e10(5,:),'4')
text(a-.5,e10(6,:),'5')
text(a-.5,e10(7,:),'6')
text(a-.5,e10(8,:),'7')
text(a-.5,e10(9,:),'8')
text(a-.5,e10(10,:),'9')
text(a-.5,e10(11,:),'10')
axis([10,80,0,1])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
e01=[ ... 
     0.58    inf    inf    inf    inf    inf    inf
     0.58     0.76    inf    inf    inf    inf    inf
     0.39     0.75     0.73    inf    inf    inf    inf
     0.41     0.74     0.71     0.65    inf    inf    inf
     0.46     0.74     0.73     0.65     0.46    inf    inf
    inf     0.73     0.72     0.69     0.50     0.17    inf
    inf    inf     0.77     0.69     0.56     0.18     0.07
    inf    inf    inf     0.73     0.59     0.23     0.07
    inf    inf    inf    inf     0.63     0.26     0.12
    inf    inf    inf    inf    inf     0.38     0.13
    inf    inf    inf    inf    inf    inf     0.16
];
plot(a,e01)
title('d. SINGLE MALES                           ')
xlabel('age')
ylabel('              Employment/Population by Age')
text(a-.5,e01(1,:),'0')
text(a-.5,e01(2,:),'1')
text(a-.5,e01(3,:),'2')
text(a-.5,e01(4,:),'3')
text(a-.5,e01(5,:),'4')
text(a-.5,e01(6,:),'5')
text(a-.5,e01(7,:),'6')
text(a-.5,e01(8,:),'7')
text(a-.5,e01(9,:),'8')
text(a-.5,e01(10,:),'9')
text(a-.5,e01(11,:),'10')
axis([10,80,0,1])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
e02=[ ... 
     0.81    inf    inf    inf    inf    inf    inf
     0.81     0.90    inf    inf    inf    inf    inf
     0.82     0.89     0.92    inf    inf    inf    inf
     0.85     0.92     0.91     0.90    inf    inf    inf
     0.88     0.91     0.93     0.89     0.67    inf    inf
    inf     0.92     0.93     0.93     0.71     0.23    inf
    inf    inf     0.95     0.93     0.82     0.25     0.09
    inf    inf    inf     0.93     0.83     0.33     0.10
    inf    inf    inf    inf     0.85     0.39     0.13
    inf    inf    inf    inf    inf     0.55     0.18
    inf    inf    inf    inf    inf    inf     0.25
];
plot(a,e02)
title('e. MARRIED MALES, SPOUSE PRESENT          ')
xlabel('age')
ylabel('              Employment/Population by Age')
text(a-.5,e02(1,:),'0')
text(a-.5,e02(2,:),'1')
text(a-.5,e02(3,:),'2')
text(a-.5,e02(4,:),'3')
text(a-.5,e02(5,:),'4')
text(a-.5,e02(6,:),'5')
text(a-.5,e02(7,:),'6')
text(a-.5,e02(8,:),'7')
text(a-.5,e02(9,:),'8')
text(a-.5,e02(10,:),'9')
text(a-.5,e02(11,:),'10')
axis([10,80,0,1])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
e05=[ ... 
     0.56    inf    inf    inf    inf    inf    inf
     0.64     0.67    inf    inf    inf    inf    inf
     0.42     0.74     0.69    inf    inf    inf    inf
     0.43     0.65     0.77     0.71    inf    inf    inf
     0.58     0.61     0.70     0.71     0.54    inf    inf
    inf     0.64     0.65     0.73     0.52     0.18    inf
    inf    inf     0.72     0.70     0.61     0.18     0.05
    inf    inf    inf     0.71     0.59     0.25     0.08
    inf    inf    inf    inf     0.62     0.26     0.08
    inf    inf    inf    inf    inf     0.40     0.10
    inf    inf    inf    inf    inf    inf     0.15
];
plot(a,e05)
title('f. MARRIED MALES, SPOUSE ABSENT           ')
xlabel('age')
ylabel('              Employment/Population by Age')
text(a-.5,e05(1,:),'0')
text(a-.5,e05(2,:),'1')
text(a-.5,e05(3,:),'2')
text(a-.5,e05(4,:),'3')
text(a-.5,e05(5,:),'4')
text(a-.5,e05(6,:),'5')
text(a-.5,e05(7,:),'6')
text(a-.5,e05(8,:),'7')
text(a-.5,e05(9,:),'8')
text(a-.5,e05(10,:),'9')
text(a-.5,e05(11,:),'10')
axis([10,80,0,1])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
e06=[ ... 
     0.42    inf    inf    inf    inf    inf    inf
     0.49     0.64    inf    inf    inf    inf    inf
     0.52     0.69     0.69    inf    inf    inf    inf
     0.50     0.73     0.72     0.69    inf    inf    inf
     0.51     0.76     0.77     0.72     0.46    inf    inf
    inf     0.78     0.75     0.77     0.52     0.16    inf
    inf    inf     0.83     0.76     0.63     0.16     0.05
    inf    inf    inf     0.79     0.64     0.21     0.06
    inf    inf    inf    inf     0.68     0.26     0.07
    inf    inf    inf    inf    inf     0.36     0.10
    inf    inf    inf    inf    inf    inf     0.12
];
plot(a,e06)
title('g. WIDOWED MALES                          ')
xlabel('age')
ylabel('              Employment/Population by Age')
text(a-.5,e06(1,:),'0')
text(a-.5,e06(2,:),'1')
text(a-.5,e06(3,:),'2')
text(a-.5,e06(4,:),'3')
text(a-.5,e06(5,:),'4')
text(a-.5,e06(6,:),'5')
text(a-.5,e06(7,:),'6')
text(a-.5,e06(8,:),'7')
text(a-.5,e06(9,:),'8')
text(a-.5,e06(10,:),'9')
text(a-.5,e06(11,:),'10')
axis([10,80,0,1])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
e07=[ ... 
     0.72    inf    inf    inf    inf    inf    inf
     0.71     0.79    inf    inf    inf    inf    inf
     0.63     0.80     0.79    inf    inf    inf    inf
     0.59     0.79     0.81     0.77    inf    inf    inf
     0.69     0.72     0.79     0.74     0.55    inf    inf
    inf     0.76     0.75     0.75     0.56     0.21    inf
    inf    inf     0.81     0.72     0.60     0.19     0.08
    inf    inf    inf     0.76     0.62     0.25     0.09
    inf    inf    inf    inf     0.67     0.27     0.12
    inf    inf    inf    inf    inf     0.39     0.14
    inf    inf    inf    inf    inf    inf     0.27
];
plot(a,e07)
title('h. DIVORCED MALES                         ')
xlabel('age')
ylabel('              Employment/Population by Age')
text(a-.5,e07(1,:),'0')
text(a-.5,e07(2,:),'1')
text(a-.5,e07(3,:),'2')
text(a-.5,e07(4,:),'3')
text(a-.5,e07(5,:),'4')
text(a-.5,e07(6,:),'5')
text(a-.5,e07(7,:),'6')
text(a-.5,e07(8,:),'7')
text(a-.5,e07(9,:),'8')
text(a-.5,e07(10,:),'9')
text(a-.5,e07(11,:),'10')
axis([10,80,0,1])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
e11=[ ... 
     0.59    inf    inf    inf    inf    inf    inf
     0.57     0.76    inf    inf    inf    inf    inf
     0.36     0.77     0.76    inf    inf    inf    inf
     0.35     0.76     0.73     0.71    inf    inf    inf
     0.39     0.75     0.72     0.68     0.51    inf    inf
    inf     0.76     0.75     0.71     0.56     0.17    inf
    inf    inf     0.75     0.73     0.63     0.17     0.04
    inf    inf    inf     0.71     0.63     0.25     0.04
    inf    inf    inf    inf     0.57     0.30     0.09
    inf    inf    inf    inf    inf     0.26     0.10
    inf    inf    inf    inf    inf    inf     0.09
];
plot(a,e11)
title('i. SINGLE FEMALES                         ')
xlabel('age')
ylabel('              Employment/Population by Age')
text(a-.5,e11(1,:),'0')
text(a-.5,e11(2,:),'1')
text(a-.5,e11(3,:),'2')
text(a-.5,e11(4,:),'3')
text(a-.5,e11(5,:),'4')
text(a-.5,e11(6,:),'5')
text(a-.5,e11(7,:),'6')
text(a-.5,e11(8,:),'7')
text(a-.5,e11(9,:),'8')
text(a-.5,e11(10,:),'9')
text(a-.5,e11(11,:),'10')
axis([10,80,0,1])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
e12=[ ... 
     0.59    inf    inf    inf    inf    inf    inf
     0.52     0.66    inf    inf    inf    inf    inf
     0.41     0.54     0.71    inf    inf    inf    inf
     0.28     0.36     0.58     0.66    inf    inf    inf
     0.24     0.26     0.44     0.52     0.40    inf    inf
    inf     0.21     0.35     0.46     0.35     0.10    inf
    inf    inf     0.25     0.38     0.33     0.09     0.03
    inf    inf    inf     0.23     0.25     0.09     0.03
    inf    inf    inf    inf     0.12     0.07     0.03
    inf    inf    inf    inf    inf     0.05     0.03
    inf    inf    inf    inf    inf    inf     0.02
];
plot(a,e12)
title('j. MARRIED FEMALES, SPOUSE PRESENT        ')
xlabel('age')
ylabel('              Employment/Population by Age')
text(a-.5,e12(1,:),'0')
text(a-.5,e12(2,:),'1')
text(a-.5,e12(3,:),'2')
text(a-.5,e12(4,:),'3')
text(a-.5,e12(5,:),'4')
text(a-.5,e12(6,:),'5')
text(a-.5,e12(7,:),'6')
text(a-.5,e12(8,:),'7')
text(a-.5,e12(9,:),'8')
text(a-.5,e12(10,:),'9')
text(a-.5,e12(11,:),'10')
axis([10,80,0,1])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
e13=[ ... 
     0.46    inf    inf    inf    inf    inf    inf
     0.36     0.57    inf    inf    inf    inf    inf
     0.26     0.42     0.58    inf    inf    inf    inf
     0.17     0.26     0.41     0.53    inf    inf    inf
     0.09     0.17     0.28     0.36     0.38    inf    inf
    inf     0.13     0.19     0.34     0.26     0.22    inf
    inf    inf     0.18     0.27     0.29     0.05     0.23
    inf    inf    inf     0.17     0.22     0.11     0.04
    inf    inf    inf    inf     0.12     0.07     0.21
    inf    inf    inf    inf    inf     0.10     0.08
    inf    inf    inf    inf    inf    inf     0.11
];
plot(a,e13)
title('k. MARRIED FEMALES, S.P., YOUNGEST < 6    ')
xlabel('age')
ylabel('              Employment/Population by Age')
text(a-.5,e13(1,:),'0')
text(a-.5,e13(2,:),'1')
text(a-.5,e13(3,:),'2')
text(a-.5,e13(4,:),'3')
text(a-.5,e13(5,:),'4')
text(a-.5,e13(6,:),'5')
text(a-.5,e13(7,:),'6')
text(a-.5,e13(8,:),'7')
text(a-.5,e13(9,:),'8')
text(a-.5,e13(10,:),'9')
text(a-.5,e13(11,:),'10')
axis([10,80,0,1])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
e14=[ ... 
     0.65    inf    inf    inf    inf    inf    inf
     0.46     0.70    inf    inf    inf    inf    inf
     0.45     0.61     0.73    inf    inf    inf    inf
     0.36     0.47     0.60     0.66    inf    inf    inf
     0.11     0.38     0.47     0.50     0.45    inf    inf
    inf     0.15     0.39     0.43     0.37     0.19    inf
    inf    inf     0.21     0.35     0.33     0.12     0.29
    inf    inf    inf     0.18     0.25     0.13     0.10
    inf    inf    inf    inf     0.12     0.08     0.20
    inf    inf    inf    inf    inf     0.07     0.06
    inf    inf    inf    inf    inf    inf     0.23
];
plot(a,e14)
title('l. MARRIED FEMALES, S.P., YOUNGEST 6-17   ')
xlabel('age')
ylabel('              Employment/Population by Age')
text(a-.5,e14(1,:),'0')
text(a-.5,e14(2,:),'1')
text(a-.5,e14(3,:),'2')
text(a-.5,e14(4,:),'3')
text(a-.5,e14(5,:),'4')
text(a-.5,e14(6,:),'5')
text(a-.5,e14(7,:),'6')
text(a-.5,e14(8,:),'7')
text(a-.5,e14(9,:),'8')
text(a-.5,e14(10,:),'9')
text(a-.5,e14(11,:),'10')
axis([10,80,0,1])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
e15=[ ... 
     0.48    inf    inf    inf    inf    inf    inf
     0.50     0.60    inf    inf    inf    inf    inf
     0.44     0.61     0.67    inf    inf    inf    inf
     0.38     0.49     0.64     0.64    inf    inf    inf
     0.40     0.47     0.54     0.60     0.44    inf    inf
    inf     0.51     0.55     0.57     0.46     0.13    inf
    inf    inf     0.56     0.55     0.46     0.15     0.03
    inf    inf    inf     0.49     0.41     0.16     0.06
    inf    inf    inf    inf     0.34     0.13     0.06
    inf    inf    inf    inf    inf     0.12     0.05
    inf    inf    inf    inf    inf    inf     0.03
];
plot(a,e15)
title('m. MARRIED FEMALES, SPOUSE ABSENT         ')
xlabel('age')
ylabel('              Employment/Population by Age')
text(a-.5,e15(1,:),'0')
text(a-.5,e15(2,:),'1')
text(a-.5,e15(3,:),'2')
text(a-.5,e15(4,:),'3')
text(a-.5,e15(5,:),'4')
text(a-.5,e15(6,:),'5')
text(a-.5,e15(7,:),'6')
text(a-.5,e15(8,:),'7')
text(a-.5,e15(9,:),'8')
text(a-.5,e15(10,:),'9')
text(a-.5,e15(11,:),'10')
axis([10,80,0,1])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
e16=[ ... 
     0.34    inf    inf    inf    inf    inf    inf
     0.47     0.52    inf    inf    inf    inf    inf
     0.47     0.49     0.65    inf    inf    inf    inf
     0.40     0.55     0.60     0.65    inf    inf    inf
     0.43     0.49     0.59     0.58     0.43    inf    inf
    inf     0.55     0.61     0.63     0.45     0.13    inf
    inf    inf     0.60     0.62     0.49     0.12     0.02
    inf    inf    inf     0.51     0.43     0.14     0.03
    inf    inf    inf    inf     0.33     0.15     0.03
    inf    inf    inf    inf    inf     0.11     0.04
    inf    inf    inf    inf    inf    inf     0.02
];
plot(a,e16)
title('n. WIDOWED FEMALES                        ')
xlabel('age')
ylabel('              Employment/Population by Age')
text(a-.5,e16(1,:),'0')
text(a-.5,e16(2,:),'1')
text(a-.5,e16(3,:),'2')
text(a-.5,e16(4,:),'3')
text(a-.5,e16(5,:),'4')
text(a-.5,e16(6,:),'5')
text(a-.5,e16(7,:),'6')
text(a-.5,e16(8,:),'7')
text(a-.5,e16(9,:),'8')
text(a-.5,e16(10,:),'9')
text(a-.5,e16(11,:),'10')
axis([10,80,0,1])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
e17=[ ... 
     0.64    inf    inf    inf    inf    inf    inf
     0.66     0.75    inf    inf    inf    inf    inf
     0.66     0.77     0.82    inf    inf    inf    inf
     0.61     0.72     0.79     0.80    inf    inf    inf
     0.62     0.71     0.77     0.75     0.62    inf    inf
    inf     0.72     0.75     0.76     0.61     0.22    inf
    inf    inf     0.75     0.75     0.66     0.19     0.05
    inf    inf    inf     0.68     0.62     0.25     0.05
    inf    inf    inf    inf     0.55     0.26     0.10
    inf    inf    inf    inf    inf     0.24     0.08
    inf    inf    inf    inf    inf    inf     0.05
];
plot(a,e17)
title('o. DIVORCED FEMALES                       ')
xlabel('age')
ylabel('              Employment/Population by Age')
text(a-.5,e17(1,:),'0')
text(a-.5,e17(2,:),'1')
text(a-.5,e17(3,:),'2')
text(a-.5,e17(4,:),'3')
text(a-.5,e17(5,:),'4')
text(a-.5,e17(6,:),'5')
text(a-.5,e17(7,:),'6')
text(a-.5,e17(8,:),'7')
text(a-.5,e17(9,:),'8')
text(a-.5,e17(10,:),'9')
text(a-.5,e17(11,:),'10')
axis([10,80,0,1])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
w00=[ ... 
     5.18    inf    inf    inf    inf    inf    inf
     5.39    10.56    inf    inf    inf    inf    inf
     7.05     9.96    13.08    inf    inf    inf    inf
     5.57    10.76    11.56    13.75    inf    inf    inf
    11.13     8.20    11.57    11.71    13.69    inf    inf
    inf     6.50     8.76    11.65    11.74    13.90    inf
    inf    inf     5.78     8.68    11.29    11.30    18.73
    inf    inf    inf     7.25     8.44    11.15    13.62
    inf    inf    inf    inf    10.22     7.93    10.46
    inf    inf    inf    inf    inf    20.13     6.86
    inf    inf    inf    inf    inf    inf    31.08
];
plot(a,w00)
title('a. TOTAL                                  ')
xlabel('age')
ylabel('                    Wages/Avg. Hrs. by Age')
text(a-.5,w00(1,:),'0')
text(a-.5,w00(2,:),'1')
text(a-.5,w00(3,:),'2')
text(a-.5,w00(4,:),'3')
text(a-.5,w00(5,:),'4')
text(a-.5,w00(6,:),'5')
text(a-.5,w00(7,:),'6')
text(a-.5,w00(8,:),'7')
text(a-.5,w00(9,:),'8')
text(a-.5,w00(10,:),'9')
text(a-.5,w00(11,:),'10')
axis([10,80,0,30])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
w00=[ ... 
     5.55    inf    inf    inf    inf    inf    inf
     6.05    11.82    inf    inf    inf    inf    inf
     7.78    11.88    15.91    inf    inf    inf    inf
     6.05    13.29    15.19    17.61    inf    inf    inf
     8.48    10.29    15.59    15.47    17.78    inf    inf
    inf     3.73    11.84    15.46    15.30    18.05    inf
    inf    inf     3.75    11.30    14.41    14.46    21.10
    inf    inf    inf     4.91    10.88    14.27    14.77
    inf    inf    inf    inf     5.80    10.63    13.57
    inf    inf    inf    inf    inf    10.01     9.05
    inf    inf    inf    inf    inf    inf    16.52
];
plot(a,w00)
title('b. ALL MALES                              ')
xlabel('age')
ylabel('                    Wages/Avg. Hrs. by Age')
text(a-.5,w00(1,:),'0')
text(a-.5,w00(2,:),'1')
text(a-.5,w00(3,:),'2')
text(a-.5,w00(4,:),'3')
text(a-.5,w00(5,:),'4')
text(a-.5,w00(6,:),'5')
text(a-.5,w00(7,:),'6')
text(a-.5,w00(8,:),'7')
text(a-.5,w00(9,:),'8')
text(a-.5,w00(10,:),'9')
text(a-.5,w00(11,:),'10')
axis([10,80,0,30])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
w10=[ ... 
     4.80    inf    inf    inf    inf    inf    inf
     4.71     9.31    inf    inf    inf    inf    inf
     6.33     8.09    10.31    inf    inf    inf    inf
     5.09     8.35     8.07    10.08    inf    inf    inf
    13.71     6.21     7.79     8.22    10.04    inf    inf
    inf     9.14     5.84     8.13     8.60    10.65    inf
    inf    inf     7.75     6.15     8.49     8.89    17.46
    inf    inf    inf     9.60     6.18     8.71    12.98
    inf    inf    inf    inf    14.71     5.62     8.44
    inf    inf    inf    inf    inf    29.58     5.22
    inf    inf    inf    inf    inf    inf    43.16
];
plot(a,w10)
title('c. ALL FEMALES                            ')
xlabel('age')
ylabel('                    Wages/Avg. Hrs. by Age')
text(a-.5,w10(1,:),'0')
text(a-.5,w10(2,:),'1')
text(a-.5,w10(3,:),'2')
text(a-.5,w10(4,:),'3')
text(a-.5,w10(5,:),'4')
text(a-.5,w10(6,:),'5')
text(a-.5,w10(7,:),'6')
text(a-.5,w10(8,:),'7')
text(a-.5,w10(9,:),'8')
text(a-.5,w10(10,:),'9')
text(a-.5,w10(11,:),'10')
axis([10,80,0,30])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
w01=[ ... 
     5.18    inf    inf    inf    inf    inf    inf
     5.41    10.57    inf    inf    inf    inf    inf
     7.19    10.18    13.10    inf    inf    inf    inf
     5.56    11.52    12.39    14.02    inf    inf    inf
     9.75     8.63    12.31    11.99    13.73    inf    inf
    inf     4.77     9.09    11.62    11.27    13.06    inf
    inf    inf     4.90     8.34    10.89     9.59    14.70
    inf    inf    inf     7.13     8.39     9.76    11.59
    inf    inf    inf    inf     7.93     7.66    10.43
    inf    inf    inf    inf    inf    14.52     6.85
    inf    inf    inf    inf    inf    inf    23.98
];
plot(a,w01)
title('d. SINGLE MALES                           ')
xlabel('age')
ylabel('                    Wages/Avg. Hrs. by Age')
text(a-.5,w01(1,:),'0')
text(a-.5,w01(2,:),'1')
text(a-.5,w01(3,:),'2')
text(a-.5,w01(4,:),'3')
text(a-.5,w01(5,:),'4')
text(a-.5,w01(6,:),'5')
text(a-.5,w01(7,:),'6')
text(a-.5,w01(8,:),'7')
text(a-.5,w01(9,:),'8')
text(a-.5,w01(10,:),'9')
text(a-.5,w01(11,:),'10')
axis([10,80,0,30])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
w02=[ ... 
     8.45    inf    inf    inf    inf    inf    inf
     9.16    12.89    inf    inf    inf    inf    inf
     9.62    12.56    16.91    inf    inf    inf    inf
     7.52    13.68    15.60    18.35    inf    inf    inf
     3.20    10.67    16.06    15.92    18.43    inf    inf
    inf     3.03    12.22    16.01    15.79    18.74    inf
    inf    inf     3.15    11.76    14.99    15.12    21.90
    inf    inf    inf     4.15    11.38    15.32    15.25
    inf    inf    inf    inf     4.99    11.19    14.81
    inf    inf    inf    inf    inf     7.74     9.71
    inf    inf    inf    inf    inf    inf    11.48
];
plot(a,w02)
title('e. MARRIED MALES, SPOUSE PRESENT          ')
xlabel('age')
ylabel('                    Wages/Avg. Hrs. by Age')
text(a-.5,w02(1,:),'0')
text(a-.5,w02(2,:),'1')
text(a-.5,w02(3,:),'2')
text(a-.5,w02(4,:),'3')
text(a-.5,w02(5,:),'4')
text(a-.5,w02(6,:),'5')
text(a-.5,w02(7,:),'6')
text(a-.5,w02(8,:),'7')
text(a-.5,w02(9,:),'8')
text(a-.5,w02(10,:),'9')
text(a-.5,w02(11,:),'10')
axis([10,80,0,30])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
w05=[ ... 
     7.75    inf    inf    inf    inf    inf    inf
     8.52    10.57    inf    inf    inf    inf    inf
    12.01    11.17    13.67    inf    inf    inf    inf
     8.94    13.11    14.10    15.27    inf    inf    inf
    12.18     9.95    13.76    13.75    15.28    inf    inf
    inf    10.32    10.29    13.11    12.55    16.61    inf
    inf    inf    10.94     9.33    12.19    12.37    16.59
    inf    inf    inf     9.53     9.21    11.19    13.17
    inf    inf    inf    inf     9.61     9.71    12.07
    inf    inf    inf    inf    inf    14.53     7.39
    inf    inf    inf    inf    inf    inf    33.75
];
plot(a,w05)
title('f. MARRIED MALES, SPOUSE ABSENT           ')
xlabel('age')
ylabel('                    Wages/Avg. Hrs. by Age')
text(a-.5,w05(1,:),'0')
text(a-.5,w05(2,:),'1')
text(a-.5,w05(3,:),'2')
text(a-.5,w05(4,:),'3')
text(a-.5,w05(5,:),'4')
text(a-.5,w05(6,:),'5')
text(a-.5,w05(7,:),'6')
text(a-.5,w05(8,:),'7')
text(a-.5,w05(9,:),'8')
text(a-.5,w05(10,:),'9')
text(a-.5,w05(11,:),'10')
axis([10,80,0,30])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
w06=[ ... 
     9.66    inf    inf    inf    inf    inf    inf
    10.54    10.82    inf    inf    inf    inf    inf
     7.66    11.32    14.66    inf    inf    inf    inf
     6.06    12.18    13.48    15.20    inf    inf    inf
    14.60     8.78    13.35    13.52    16.09    inf    inf
    inf    10.59     9.83    12.86    13.46    16.15    inf
    inf    inf     5.32     9.29    12.73    12.62    21.76
    inf    inf    inf     8.23     9.28    12.04    14.48
    inf    inf    inf    inf     7.71     9.70    12.31
    inf    inf    inf    inf    inf    14.67     8.76
    inf    inf    inf    inf    inf    inf    20.28
];
plot(a,w06)
title('g. WIDOWED MALES                          ')
xlabel('age')
ylabel('                    Wages/Avg. Hrs. by Age')
text(a-.5,w06(1,:),'0')
text(a-.5,w06(2,:),'1')
text(a-.5,w06(3,:),'2')
text(a-.5,w06(4,:),'3')
text(a-.5,w06(5,:),'4')
text(a-.5,w06(6,:),'5')
text(a-.5,w06(7,:),'6')
text(a-.5,w06(8,:),'7')
text(a-.5,w06(9,:),'8')
text(a-.5,w06(10,:),'9')
text(a-.5,w06(11,:),'10')
axis([10,80,0,30])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
w07=[ ... 
     7.92    inf    inf    inf    inf    inf    inf
     9.35    11.05    inf    inf    inf    inf    inf
     9.52    11.56    13.98    inf    inf    inf    inf
     8.34    12.77    14.26    15.87    inf    inf    inf
     8.40    10.00    13.96    14.08    15.89    inf    inf
    inf     4.73    10.66    13.25    13.85    16.34    inf
    inf    inf     6.03     9.52    12.03    12.75    17.29
    inf    inf    inf     8.47     8.91    11.41    13.76
    inf    inf    inf    inf    10.27     9.72    11.91
    inf    inf    inf    inf    inf    15.46     7.57
    inf    inf    inf    inf    inf    inf    13.66
];
plot(a,w07)
title('h. DIVORCED MALES                         ')
xlabel('age')
ylabel('                    Wages/Avg. Hrs. by Age')
text(a-.5,w07(1,:),'0')
text(a-.5,w07(2,:),'1')
text(a-.5,w07(3,:),'2')
text(a-.5,w07(4,:),'3')
text(a-.5,w07(5,:),'4')
text(a-.5,w07(6,:),'5')
text(a-.5,w07(7,:),'6')
text(a-.5,w07(8,:),'7')
text(a-.5,w07(9,:),'8')
text(a-.5,w07(10,:),'9')
text(a-.5,w07(11,:),'10')
axis([10,80,0,30])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
w11=[ ... 
     4.35    inf    inf    inf    inf    inf    inf
     4.07     9.70    inf    inf    inf    inf    inf
     5.76     8.66    11.95    inf    inf    inf    inf
     4.33     9.22    10.06    12.24    inf    inf    inf
    12.37     7.03     9.78    10.23    12.17    inf    inf
    inf     3.80     7.74    10.11    10.36    11.91    inf
    inf    inf     4.49     7.91    10.25     9.38    14.79
    inf    inf    inf     6.16     7.88     9.94    11.42
    inf    inf    inf    inf     6.94     6.50     8.40
    inf    inf    inf    inf    inf    11.57     4.97
    inf    inf    inf    inf    inf    inf    26.14
];
plot(a,w11)
title('i. SINGLE FEMALES                         ')
xlabel('age')
ylabel('                    Wages/Avg. Hrs. by Age')
text(a-.5,w11(1,:),'0')
text(a-.5,w11(2,:),'1')
text(a-.5,w11(3,:),'2')
text(a-.5,w11(4,:),'3')
text(a-.5,w11(5,:),'4')
text(a-.5,w11(6,:),'5')
text(a-.5,w11(7,:),'6')
text(a-.5,w11(8,:),'7')
text(a-.5,w11(9,:),'8')
text(a-.5,w11(10,:),'9')
text(a-.5,w11(11,:),'10')
axis([10,80,0,30])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
w12=[ ... 
     6.66    inf    inf    inf    inf    inf    inf
     6.36     9.33    inf    inf    inf    inf    inf
     7.52     7.96    10.07    inf    inf    inf    inf
     6.46     8.30     7.81     9.81    inf    inf    inf
    15.64     6.23     7.58     8.03     9.88    inf    inf
    inf    10.21     5.71     7.95     8.49    10.55    inf
    inf    inf     8.38     6.00     8.38     8.39    14.55
    inf    inf    inf    10.19     6.00     8.66     9.56
    inf    inf    inf    inf    17.15     5.64     7.52
    inf    inf    inf    inf    inf    32.48     4.36
    inf    inf    inf    inf    inf    inf    41.55
];
plot(a,w12)
title('j. MARRIED FEMALES, SPOUSE PRESENT        ')
xlabel('age')
ylabel('                    Wages/Avg. Hrs. by Age')
text(a-.5,w12(1,:),'0')
text(a-.5,w12(2,:),'1')
text(a-.5,w12(3,:),'2')
text(a-.5,w12(4,:),'3')
text(a-.5,w12(5,:),'4')
text(a-.5,w12(6,:),'5')
text(a-.5,w12(7,:),'6')
text(a-.5,w12(8,:),'7')
text(a-.5,w12(9,:),'8')
text(a-.5,w12(10,:),'9')
text(a-.5,w12(11,:),'10')
axis([10,80,0,30])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
w13=[ ... 
     6.42    inf    inf    inf    inf    inf    inf
     6.35     9.27    inf    inf    inf    inf    inf
     7.33     7.85    11.84    inf    inf    inf    inf
     6.33     8.08     8.31    10.97    inf    inf    inf
    30.22     5.88     7.31     7.77     9.95    inf    inf
    inf    12.55     5.20     6.96     6.06     9.80    inf
    inf    inf     8.43     4.84     6.88     5.57     6.38
    inf    inf    inf     6.32     4.62     6.52    21.15
    inf    inf    inf    inf     5.90     5.06     7.13
    inf    inf    inf    inf    inf     0.19     5.37
    inf    inf    inf    inf    inf    inf     0.00
];
plot(a,w13)
title('k. MARRIED FEMALES, S.P., YOUNGEST < 6    ')
xlabel('age')
ylabel('                    Wages/Avg. Hrs. by Age')
text(a-.5,w13(1,:),'0')
text(a-.5,w13(2,:),'1')
text(a-.5,w13(3,:),'2')
text(a-.5,w13(4,:),'3')
text(a-.5,w13(5,:),'4')
text(a-.5,w13(6,:),'5')
text(a-.5,w13(7,:),'6')
text(a-.5,w13(8,:),'7')
text(a-.5,w13(9,:),'8')
text(a-.5,w13(10,:),'9')
text(a-.5,w13(11,:),'10')
axis([10,80,0,30])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
w14=[ ... 
     6.57    inf    inf    inf    inf    inf    inf
     5.11     7.60    inf    inf    inf    inf    inf
     6.86     6.98     9.16    inf    inf    inf    inf
     5.26     7.18     7.45     9.62    inf    inf    inf
    24.59     5.43     7.39     7.61     8.42    inf    inf
    inf    12.76     5.42     7.58     7.45     9.22    inf
    inf    inf     7.44     5.58     7.21     5.07     9.18
    inf    inf    inf     8.88     4.88     6.18     5.12
    inf    inf    inf    inf    11.89     4.26     5.99
    inf    inf    inf    inf    inf     0.00     5.09
    inf    inf    inf    inf    inf    inf     0.50
];
plot(a,w14)
title('l. MARRIED FEMALES, S.P., YOUNGEST 6-17   ')
xlabel('age')
ylabel('                    Wages/Avg. Hrs. by Age')
text(a-.5,w14(1,:),'0')
text(a-.5,w14(2,:),'1')
text(a-.5,w14(3,:),'2')
text(a-.5,w14(4,:),'3')
text(a-.5,w14(5,:),'4')
text(a-.5,w14(6,:),'5')
text(a-.5,w14(7,:),'6')
text(a-.5,w14(8,:),'7')
text(a-.5,w14(9,:),'8')
text(a-.5,w14(10,:),'9')
text(a-.5,w14(11,:),'10')
axis([10,80,0,30])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
w15=[ ... 
     5.93    inf    inf    inf    inf    inf    inf
     5.61     8.27    inf    inf    inf    inf    inf
     6.07     7.61     9.50    inf    inf    inf    inf
     4.11     7.37     7.73     9.65    inf    inf    inf
    14.57     4.87     7.36     7.99     9.51    inf    inf
    inf     6.37     5.12     7.51     7.69    10.61    inf
    inf    inf     5.34     5.30     7.54     7.73    11.99
    inf    inf    inf     8.70     5.46     8.14     7.65
    inf    inf    inf    inf     9.67     5.24     8.83
    inf    inf    inf    inf    inf    44.01     5.80
    inf    inf    inf    inf    inf    inf     1.10
];
plot(a,w15)
title('m. MARRIED FEMALES, SPOUSE ABSENT         ')
xlabel('age')
ylabel('                    Wages/Avg. Hrs. by Age')
text(a-.5,w15(1,:),'0')
text(a-.5,w15(2,:),'1')
text(a-.5,w15(3,:),'2')
text(a-.5,w15(4,:),'3')
text(a-.5,w15(5,:),'4')
text(a-.5,w15(6,:),'5')
text(a-.5,w15(7,:),'6')
text(a-.5,w15(8,:),'7')
text(a-.5,w15(9,:),'8')
text(a-.5,w15(10,:),'9')
text(a-.5,w15(11,:),'10')
axis([10,80,0,30])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
w16=[ ... 
     5.44    inf    inf    inf    inf    inf    inf
     6.37     8.86    inf    inf    inf    inf    inf
     8.21     7.98     9.42    inf    inf    inf    inf
     4.46     9.46     8.09     9.56    inf    inf    inf
    15.48     5.20     8.48     8.22     9.85    inf    inf
    inf     6.90     5.73     8.18     8.42    10.59    inf
    inf    inf     5.92     6.11     8.28     9.42    19.13
    inf    inf    inf     9.23     6.07     8.51    14.29
    inf    inf    inf    inf    12.38     5.43     8.66
    inf    inf    inf    inf    inf    29.72     5.48
    inf    inf    inf    inf    inf    inf    47.26
];
plot(a,w16)
title('n. WIDOWED FEMALES                        ')
xlabel('age')
ylabel('                    Wages/Avg. Hrs. by Age')
text(a-.5,w16(1,:),'0')
text(a-.5,w16(2,:),'1')
text(a-.5,w16(3,:),'2')
text(a-.5,w16(4,:),'3')
text(a-.5,w16(5,:),'4')
text(a-.5,w16(6,:),'5')
text(a-.5,w16(7,:),'6')
text(a-.5,w16(8,:),'7')
text(a-.5,w16(9,:),'8')
text(a-.5,w16(10,:),'9')
text(a-.5,w16(11,:),'10')
axis([10,80,0,30])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
w17=[ ... 
     6.20    inf    inf    inf    inf    inf    inf
     6.08     8.88    inf    inf    inf    inf    inf
     6.48     8.26    10.72    inf    inf    inf    inf
     4.42     8.26     8.88    10.85    inf    inf    inf
     7.50     6.16     8.84     8.92    10.57    inf    inf
    inf     4.72     6.74     9.06     9.19    10.86    inf
    inf    inf     6.06     6.75     9.04     9.19    12.51
    inf    inf    inf     6.81     6.85     9.31    10.93
    inf    inf    inf    inf     9.10     6.07     8.88
    inf    inf    inf    inf    inf    22.45     4.76
    inf    inf    inf    inf    inf    inf     0.32
];
plot(a,w17)
title('o. DIVORCED FEMALES                       ')
xlabel('age')
ylabel('                    Wages/Avg. Hrs. by Age')
text(a-.5,w17(1,:),'0')
text(a-.5,w17(2,:),'1')
text(a-.5,w17(3,:),'2')
text(a-.5,w17(4,:),'3')
text(a-.5,w17(5,:),'4')
text(a-.5,w17(6,:),'5')
text(a-.5,w17(7,:),'6')
text(a-.5,w17(8,:),'7')
text(a-.5,w17(9,:),'8')
text(a-.5,w17(10,:),'9')
text(a-.5,w17(11,:),'10')
axis([10,80,0,30])
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
p00=[ ... 
    18.58    inf    inf    inf    inf    inf    inf
    24.04    22.28    inf    inf    inf    inf    inf
    24.23    21.23    19.28    inf    inf    inf    inf
    19.51    17.14    14.67    13.06    inf    inf    inf
    19.90    18.48    15.86    13.01    10.82    inf    inf
    inf    21.64    19.56    15.97    12.46     9.34    inf
    inf    inf    19.46    16.69    12.84     8.91     6.65
    inf    inf    inf    15.83    12.75     8.68     5.68
    inf    inf    inf    inf    12.06     8.74     5.27
    inf    inf    inf    inf    inf     7.60     4.27
    inf    inf    inf    inf    inf    inf     3.51
];
plot(a,p00)
title('a. TOTAL                                  ')
xlabel('age')
ylabel('                     % Population by Age  ')
text(a-.5,p00(1,:),'0')
text(a-.5,p00(2,:),'1')
text(a-.5,p00(3,:),'2')
text(a-.5,p00(4,:),'3')
text(a-.5,p00(5,:),'4')
text(a-.5,p00(6,:),'5')
text(a-.5,p00(7,:),'6')
text(a-.5,p00(8,:),'7')
text(a-.5,p00(9,:),'8')
text(a-.5,p00(10,:),'9')
text(a-.5,p00(11,:),'10')
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
p00=[ ... 
     9.47    inf    inf    inf    inf    inf    inf
    12.07    11.14    inf    inf    inf    inf    inf
    11.96    10.48     9.54    inf    inf    inf    inf
     9.65     8.34     7.19     6.37    inf    inf    inf
     9.81     9.02     7.69     6.25     5.10    inf    inf
    inf    10.58     9.52     7.67     5.83     4.09    inf
    inf    inf     9.59     8.21     6.07     3.85     2.32
    inf    inf    inf     7.91     6.15     3.81     2.02
    inf    inf    inf    inf     6.07     4.04     2.07
    inf    inf    inf    inf    inf     3.67     1.83
    inf    inf    inf    inf    inf    inf     1.59
];
plot(a,p00)
title('b. ALL MALES                              ')
xlabel('age')
ylabel('                     % Population by Age  ')
text(a-.5,p00(1,:),'0')
text(a-.5,p00(2,:),'1')
text(a-.5,p00(3,:),'2')
text(a-.5,p00(4,:),'3')
text(a-.5,p00(5,:),'4')
text(a-.5,p00(6,:),'5')
text(a-.5,p00(7,:),'6')
text(a-.5,p00(8,:),'7')
text(a-.5,p00(9,:),'8')
text(a-.5,p00(10,:),'9')
text(a-.5,p00(11,:),'10')
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
p10=[ ... 
     9.11    inf    inf    inf    inf    inf    inf
    11.97    11.14    inf    inf    inf    inf    inf
    12.27    10.74     9.74    inf    inf    inf    inf
     9.85     8.80     7.48     6.69    inf    inf    inf
    10.09     9.45     8.18     6.76     5.71    inf    inf
    inf    11.06    10.05     8.30     6.63     5.24    inf
    inf    inf     9.87     8.48     6.77     5.06     4.33
    inf    inf    inf     7.92     6.60     4.87     3.66
    inf    inf    inf    inf     5.99     4.70     3.20
    inf    inf    inf    inf    inf     3.93     2.44
    inf    inf    inf    inf    inf    inf     1.92
];
plot(a,p10)
title('c. ALL FEMALES                            ')
xlabel('age')
ylabel('                     % Population by Age  ')
text(a-.5,p10(1,:),'0')
text(a-.5,p10(2,:),'1')
text(a-.5,p10(3,:),'2')
text(a-.5,p10(4,:),'3')
text(a-.5,p10(5,:),'4')
text(a-.5,p10(6,:),'5')
text(a-.5,p10(7,:),'6')
text(a-.5,p10(8,:),'7')
text(a-.5,p10(9,:),'8')
text(a-.5,p10(10,:),'9')
text(a-.5,p10(11,:),'10')
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
p01=[ ... 
     8.34    inf    inf    inf    inf    inf    inf
     9.99     3.89    inf    inf    inf    inf    inf
     9.29     2.51     1.21    inf    inf    inf    inf
     7.42     1.29     0.56     0.41    inf    inf    inf
     7.51     1.47     0.60     0.38     0.27    inf    inf
    inf     1.94     0.78     0.50     0.31     0.19    inf
    inf    inf     0.89     0.61     0.40     0.21     0.11
    inf    inf    inf     0.66     0.48     0.28     0.12
    inf    inf    inf    inf     0.51     0.32     0.16
    inf    inf    inf    inf    inf     0.31     0.13
    inf    inf    inf    inf    inf    inf     0.11
];
plot(a,p01)
title('d. SINGLE MALES                           ')
xlabel('age')
ylabel('                     % Population by Age  ')
text(a-.5,p01(1,:),'0')
text(a-.5,p01(2,:),'1')
text(a-.5,p01(3,:),'2')
text(a-.5,p01(4,:),'3')
text(a-.5,p01(5,:),'4')
text(a-.5,p01(6,:),'5')
text(a-.5,p01(7,:),'6')
text(a-.5,p01(8,:),'7')
text(a-.5,p01(9,:),'8')
text(a-.5,p01(10,:),'9')
text(a-.5,p01(11,:),'10')
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
p02=[ ... 
     0.81    inf    inf    inf    inf    inf    inf
     1.85     5.81    inf    inf    inf    inf    inf
     2.29     6.89     6.68    inf    inf    inf    inf
     1.94     6.44     5.80     4.86    inf    inf    inf
     2.00     6.99     6.46     5.20     4.05    inf    inf
    inf     7.94     8.06     6.47     4.88     3.19    inf
    inf    inf     7.94     6.89     4.98     3.09     1.47
    inf    inf    inf     6.41     4.92     2.85     1.31
    inf    inf    inf    inf     4.67     2.94     1.17
    inf    inf    inf    inf    inf     2.46     0.99
    inf    inf    inf    inf    inf    inf     0.79
];
plot(a,p02)
title('e. MARRIED MALES, SPOUSE PRESENT          ')
xlabel('age')
ylabel('                     % Population by Age  ')
text(a-.5,p02(1,:),'0')
text(a-.5,p02(2,:),'1')
text(a-.5,p02(3,:),'2')
text(a-.5,p02(4,:),'3')
text(a-.5,p02(5,:),'4')
text(a-.5,p02(6,:),'5')
text(a-.5,p02(7,:),'6')
text(a-.5,p02(8,:),'7')
text(a-.5,p02(9,:),'8')
text(a-.5,p02(10,:),'9')
text(a-.5,p02(11,:),'10')
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
p05=[ ... 
     0.24    inf    inf    inf    inf    inf    inf
     0.09     0.63    inf    inf    inf    inf    inf
     0.28     0.28     0.49    inf    inf    inf    inf
     0.24     0.33     0.19     0.29    inf    inf    inf
     0.23     0.37     0.29     0.15     0.18    inf    inf
    inf     0.48     0.36     0.28     0.11     0.13    inf
    inf    inf     0.44     0.32     0.22     0.05     0.12
    inf    inf    inf     0.39     0.25     0.14     0.02
    inf    inf    inf    inf     0.28     0.15     0.10
    inf    inf    inf    inf    inf     0.16     0.08
    inf    inf    inf    inf    inf    inf     0.06
];
plot(a,p05)
title('f. MARRIED MALES, SPOUSE ABSENT           ')
xlabel('age')
ylabel('                     % Population by Age  ')
text(a-.5,p05(1,:),'0')
text(a-.5,p05(2,:),'1')
text(a-.5,p05(3,:),'2')
text(a-.5,p05(4,:),'3')
text(a-.5,p05(5,:),'4')
text(a-.5,p05(6,:),'5')
text(a-.5,p05(7,:),'6')
text(a-.5,p05(8,:),'7')
text(a-.5,p05(9,:),'8')
text(a-.5,p05(10,:),'9')
text(a-.5,p05(11,:),'10')
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
p06=[ ... 
     0.00    inf    inf    inf    inf    inf    inf
     0.00     0.02    inf    inf    inf    inf    inf
     0.01     0.02     0.03    inf    inf    inf    inf
     0.01     0.03     0.03     0.06    inf    inf    inf
     0.02     0.02     0.05     0.09     0.17    inf    inf
    inf     0.03     0.06     0.13     0.21     0.35    inf
    inf    inf     0.09     0.14     0.25     0.34     0.54
    inf    inf    inf     0.23     0.31     0.42     0.51
    inf    inf    inf    inf     0.44     0.53     0.59
    inf    inf    inf    inf    inf     0.66     0.60
    inf    inf    inf    inf    inf    inf     0.61
];
plot(a,p06)
title('g. WIDOWED MALES                          ')
xlabel('age')
ylabel('                     % Population by Age  ')
text(a-.5,p06(1,:),'0')
text(a-.5,p06(2,:),'1')
text(a-.5,p06(3,:),'2')
text(a-.5,p06(4,:),'3')
text(a-.5,p06(5,:),'4')
text(a-.5,p06(6,:),'5')
text(a-.5,p06(7,:),'6')
text(a-.5,p06(8,:),'7')
text(a-.5,p06(9,:),'8')
text(a-.5,p06(10,:),'9')
text(a-.5,p06(11,:),'10')
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
p07=[ ... 
     0.08    inf    inf    inf    inf    inf    inf
     0.14     0.79    inf    inf    inf    inf    inf
     0.08     0.79     1.12    inf    inf    inf    inf
     0.05     0.26     0.60     0.75    inf    inf    inf
     0.06     0.18     0.28     0.43     0.43    inf    inf
    inf     0.20     0.25     0.29     0.32     0.23    inf
    inf    inf     0.23     0.25     0.23     0.16     0.08
    inf    inf    inf     0.22     0.19     0.13     0.06
    inf    inf    inf    inf     0.17     0.10     0.05
    inf    inf    inf    inf    inf     0.07     0.04
    inf    inf    inf    inf    inf    inf     0.02
];
plot(a,p07)
title('h. DIVORCED MALES                         ')
xlabel('age')
ylabel('                     % Population by Age  ')
text(a-.5,p07(1,:),'0')
text(a-.5,p07(2,:),'1')
text(a-.5,p07(3,:),'2')
text(a-.5,p07(4,:),'3')
text(a-.5,p07(5,:),'4')
text(a-.5,p07(6,:),'5')
text(a-.5,p07(7,:),'6')
text(a-.5,p07(8,:),'7')
text(a-.5,p07(9,:),'8')
text(a-.5,p07(10,:),'9')
text(a-.5,p07(11,:),'10')
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
p11=[ ... 
     7.20    inf    inf    inf    inf    inf    inf
     8.49     2.72    inf    inf    inf    inf    inf
     7.80     1.74     0.95    inf    inf    inf    inf
     5.77     0.88     0.45     0.36    inf    inf    inf
     5.57     0.81     0.46     0.31     0.25    inf    inf
    inf     1.22     0.60     0.46     0.32     0.25    inf
    inf    inf     0.79     0.60     0.46     0.32     0.27
    inf    inf    inf     0.60     0.53     0.37     0.27
    inf    inf    inf    inf     0.47     0.38     0.28
    inf    inf    inf    inf    inf     0.34     0.22
    inf    inf    inf    inf    inf    inf     0.18
];
plot(a,p11)
title('i. SINGLE FEMALES                         ')
xlabel('age')
ylabel('                     % Population by Age  ')
text(a-.5,p11(1,:),'0')
text(a-.5,p11(2,:),'1')
text(a-.5,p11(3,:),'2')
text(a-.5,p11(4,:),'3')
text(a-.5,p11(5,:),'4')
text(a-.5,p11(6,:),'5')
text(a-.5,p11(7,:),'6')
text(a-.5,p11(8,:),'7')
text(a-.5,p11(9,:),'8')
text(a-.5,p11(10,:),'9')
text(a-.5,p11(11,:),'10')
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
p12=[ ... 
     1.45    inf    inf    inf    inf    inf    inf
     3.00     6.66    inf    inf    inf    inf    inf
     3.75     7.42     6.67    inf    inf    inf    inf
     3.57     6.90     5.73     4.63    inf    inf    inf
     4.02     7.80     6.59     5.14     3.73    inf    inf
    inf     8.91     8.32     6.35     4.48     2.63    inf
    inf    inf     7.89     6.43     4.35     2.42     0.92
    inf    inf    inf     5.80     4.12     2.13     0.74
    inf    inf    inf    inf     3.67     2.03     0.60
    inf    inf    inf    inf    inf     1.62     0.45
    inf    inf    inf    inf    inf    inf     0.33
];
plot(a,p12)
title('j. MARRIED FEMALES, SPOUSE PRESENT        ')
xlabel('age')
ylabel('                     % Population by Age  ')
text(a-.5,p12(1,:),'0')
text(a-.5,p12(2,:),'1')
text(a-.5,p12(3,:),'2')
text(a-.5,p12(4,:),'3')
text(a-.5,p12(5,:),'4')
text(a-.5,p12(6,:),'5')
text(a-.5,p12(7,:),'6')
text(a-.5,p12(8,:),'7')
text(a-.5,p12(9,:),'8')
text(a-.5,p12(10,:),'9')
text(a-.5,p12(11,:),'10')
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
p13=[ ... 
     0.78    inf    inf    inf    inf    inf    inf
     1.48     3.79    inf    inf    inf    inf    inf
     2.11     4.04     1.45    inf    inf    inf    inf
     2.31     4.39     0.91     0.06    inf    inf    inf
     0.97     5.44     1.68     0.06     0.01    inf    inf
    inf     2.79     2.73     0.34     0.02     0.00    inf
    inf    inf     1.89     0.45     0.10     0.01     0.00
    inf    inf    inf     0.57     0.14     0.02     0.00
    inf    inf    inf    inf     0.08     0.04     0.00
    inf    inf    inf    inf    inf     0.00     0.01
    inf    inf    inf    inf    inf    inf     0.00
];
plot(a,p13)
title('k. MARRIED FEMALES, S.P., YOUNGEST < 6    ')
xlabel('age')
ylabel('                     % Population by Age  ')
text(a-.5,p13(1,:),'0')
text(a-.5,p13(2,:),'1')
text(a-.5,p13(3,:),'2')
text(a-.5,p13(4,:),'3')
text(a-.5,p13(5,:),'4')
text(a-.5,p13(6,:),'5')
text(a-.5,p13(7,:),'6')
text(a-.5,p13(8,:),'7')
text(a-.5,p13(9,:),'8')
text(a-.5,p13(10,:),'9')
text(a-.5,p13(11,:),'10')
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
p14=[ ... 
     0.03    inf    inf    inf    inf    inf    inf
     0.13     1.33    inf    inf    inf    inf    inf
     0.06     1.84     3.70    inf    inf    inf    inf
     0.04     1.66     3.81     1.20    inf    inf    inf
     0.89     1.43     3.94     1.87     0.10    inf    inf
    inf     3.02     4.07     2.63     0.28     0.01    inf
    inf    inf     2.80     2.50     0.39     0.02     0.00
    inf    inf    inf     1.13     0.40     0.05     0.01
    inf    inf    inf    inf     0.16     0.07     0.01
    inf    inf    inf    inf    inf     0.01     0.01
    inf    inf    inf    inf    inf    inf     0.00
];
plot(a,p14)
title('l. MARRIED FEMALES, S.P., YOUNGEST 6-17   ')
xlabel('age')
ylabel('                     % Population by Age  ')
text(a-.5,p14(1,:),'0')
text(a-.5,p14(2,:),'1')
text(a-.5,p14(3,:),'2')
text(a-.5,p14(4,:),'3')
text(a-.5,p14(5,:),'4')
text(a-.5,p14(6,:),'5')
text(a-.5,p14(7,:),'6')
text(a-.5,p14(8,:),'7')
text(a-.5,p14(9,:),'8')
text(a-.5,p14(10,:),'9')
text(a-.5,p14(11,:),'10')
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
p15=[ ... 
     0.29    inf    inf    inf    inf    inf    inf
     0.19     0.65    inf    inf    inf    inf    inf
     0.50     0.43     0.52    inf    inf    inf    inf
     0.39     0.49     0.30     0.31    inf    inf    inf
     0.35     0.48     0.42     0.21     0.20    inf    inf
    inf     0.48     0.45     0.35     0.14     0.14    inf
    inf    inf     0.45     0.35     0.24     0.07     0.10
    inf    inf    inf     0.35     0.24     0.14     0.02
    inf    inf    inf    inf     0.20     0.13     0.08
    inf    inf    inf    inf    inf     0.10     0.06
    inf    inf    inf    inf    inf    inf     0.04
];
plot(a,p15)
title('m. MARRIED FEMALES, SPOUSE ABSENT         ')
xlabel('age')
ylabel('                     % Population by Age  ')
text(a-.5,p15(1,:),'0')
text(a-.5,p15(2,:),'1')
text(a-.5,p15(3,:),'2')
text(a-.5,p15(4,:),'3')
text(a-.5,p15(5,:),'4')
text(a-.5,p15(6,:),'5')
text(a-.5,p15(7,:),'6')
text(a-.5,p15(8,:),'7')
text(a-.5,p15(9,:),'8')
text(a-.5,p15(10,:),'9')
text(a-.5,p15(11,:),'10')
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
p16=[ ... 
     0.01    inf    inf    inf    inf    inf    inf
     0.02     0.06    inf    inf    inf    inf    inf
     0.06     0.07     0.15    inf    inf    inf    inf
     0.02     0.11     0.16     0.34    inf    inf    inf
     0.04     0.09     0.25     0.46     0.91    inf    inf
    inf     0.14     0.30     0.67     1.20     1.86    inf
    inf    inf     0.39     0.74     1.38     2.00     2.87
    inf    inf    inf     0.91     1.47     2.05     2.51
    inf    inf    inf    inf     1.50     2.04     2.17
    inf    inf    inf    inf    inf     1.82     1.68
    inf    inf    inf    inf    inf    inf     1.37
];
plot(a,p16)
title('n. WIDOWED FEMALES                        ')
xlabel('age')
ylabel('                     % Population by Age  ')
text(a-.5,p16(1,:),'0')
text(a-.5,p16(2,:),'1')
text(a-.5,p16(3,:),'2')
text(a-.5,p16(4,:),'3')
text(a-.5,p16(5,:),'4')
text(a-.5,p16(6,:),'5')
text(a-.5,p16(7,:),'6')
text(a-.5,p16(8,:),'7')
text(a-.5,p16(9,:),'8')
text(a-.5,p16(10,:),'9')
text(a-.5,p16(11,:),'10')
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
p17=[ ... 
     0.15    inf    inf    inf    inf    inf    inf
     0.28     1.05    inf    inf    inf    inf    inf
     0.17     1.08     1.46    inf    inf    inf    inf
     0.10     0.41     0.85     1.04    inf    inf    inf
     0.11     0.27     0.45     0.64     0.63    inf    inf
    inf     0.31     0.38     0.46     0.48     0.37    inf
    inf    inf     0.36     0.36     0.34     0.26     0.17
    inf    inf    inf     0.28     0.24     0.19     0.11
    inf    inf    inf    inf     0.15     0.11     0.07
    inf    inf    inf    inf    inf     0.05     0.03
    inf    inf    inf    inf    inf    inf     0.01
];
plot(a,p17)
title('o. DIVORCED FEMALES                       ')
xlabel('age')
ylabel('                     % Population by Age  ')
text(a-.5,p17(1,:),'0')
text(a-.5,p17(2,:),'1')
text(a-.5,p17(3,:),'2')
text(a-.5,p17(4,:),'3')
text(a-.5,p17(5,:),'4')
text(a-.5,p17(6,:),'5')
text(a-.5,p17(7,:),'6')
text(a-.5,p17(8,:),'7')
text(a-.5,p17(9,:),'8')
text(a-.5,p17(10,:),'9')
text(a-.5,p17(11,:),'10')
grid
if iprint==1;
  print -deps temp
  !lpr temp.eps
end
pause(5)
