← Use the accompanying life table for a population of a certain region in 2010 to find the probability of dying during the following age intervals. Given that these age intervals are so close, why are the results so different? a. 0-3 b. 4-7 Click here to view page 1 of the life table. Click here to view page 2 of the life table. a. The probability of dying during the age interval 0-3 is (Round to six decimal places as needed.) b. The probability of dying during the age interval 4-7 is (Round to six decimal places as needed.). Given that these age intervals are so close, why are the results so different? OA. The mortality rate at or near birth is exceptionally high. OB. The mortality rate during childhood is exceptionally high. OC. The mortality rate at or near birth is exceptionally low. OD. The mortality rate during childhood is significantly higher than during infancy. CIT
← Use the accompanying life table for a population of a certain region in 2010 to find the probability of dying during the following age intervals. Given that these age intervals are so close, why are the results so different? a. 0-3 b. 4-7 Click here to view page 1 of the life table. Click here to view page 2 of the life table. a. The probability of dying during the age interval 0-3 is (Round to six decimal places as needed.) b. The probability of dying during the age interval 4-7 is (Round to six decimal places as needed.). Given that these age intervals are so close, why are the results so different? OA. The mortality rate at or near birth is exceptionally high. OB. The mortality rate during childhood is exceptionally high. OC. The mortality rate at or near birth is exceptionally low. OD. The mortality rate during childhood is significantly higher than during infancy. CIT
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
Related questions
Question
Transcribed Image Text:Life Table: 2010, 1 of 2
L
Age Interval
0-1
1-2
2-3
3-4
4-5
5-6
6-7
7-8
9-10
10-11
11-12
12-13
13-14
14-15
4740
4
Probability of
Dying
During the
Interval
0.006123
0.000428
0.000275
0.000211
0.000158
0.000145
0.000128
0.000114
0.000100
0.000087
0.000079
0.000086
0.000116
0.000175
0.000252
6 nonnon
Number
Surviving to
the Beginning
of the Interval
100,000
99,388
99,345
99.318
99,297
99,281
99,267
99,254
99,243
99.233
99 224
99.216
99,208
99.196
99,179
ACHEI
Number of
Deaths During
the Interval
612
2NN2=90NERE
43
13
10
Print
Person-Years Lived
(total time lived during
the interval by those
alive at the beginning
of the interval)
99,465
99,366
99,331
99,307
99.289
99,274
99.260
99.249
99,238
99.229
99,220
99,212
99,202
99.188
99,167
65 455
Done
Total Person-
Years Lived
(in this and all
subsequent
intervals)
7,866,027
7,766,561
7,667,195
7,567,864
7,468,556
7.369.267
7.269.993
7.170.733
7.071.484
6.972.246
6.873.017
6.773.797
6.674.585
6.575.383
6.476.195
na
Expected Remaining
Lifetime (from the
beginning of
the interval)
78.7
78.1
77.2
76.2
75.2
74.2
73.2
72.2
71.3
70.3
69.3
68.3
67.3
66.3
65.3
man
Xoint(s
e inte
Transcribed Image Text:K
Use the accompanying life table for a population of a certain region in 2010 to find the probability of dying during the following age intervals. Given that these age intervals are so
close, why are the results so different?
H
a. 0-3
b. 4-7
Click here to view page 1 of the life table. Click here to view page 2 of the life table.
a. The probability of dying during the age interval 0-3 is
(Round to six decimal places as needed.)
b. The probability of dying during the age interval 4-7 is
(Round to six decimal places as needed.)
Given that these age intervals are so close, why are the results so different?
OA. The mortality rate at or near birth is exceptionally high.
OB. The mortality rate during childhood is exceptionally high.
OC. The mortality rate at or near birth is exceptionally low.
O D. The mortality rate during childhood is significantly higher than during infancy.
X
N
O
DELL
CIT
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10:03 PM
4/9/2023
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