Vital Statistics for US in one year:k=10,000Population: 285,318,000Deaths: 2,416,000Live Births: 4,026,000Deaths of infants under 1 year of age: 27,500Deaths of infants under 28 days of age: 18,000Covid-19 Deaths: 43,900Women aged 15-44: 61,811,000Fetuses delivered w/o life after 20 weeks of gestation: 39,900Hepatitis C infected persons: 900,000Deaths from Hepatitis C: 17,402Given the above statistics, calculate the Hepatitis C incidence rate.Edit View Insert Format Tools Table12pt vParagraphBIUAI

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Answered: Vital Statistics for US in one year:…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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The population and deaths of two towns according to age groups are giyen below: Town A Town B Age group Population Population 2000 3500 1000 Deaths Deaths 0-10 10-55 55 and over 2500 6500 1500 60 75 30 25 20 30 Calculate Crude death rates for Town A and Town B
Please answer the following question using the images provided for data in the images. 1. Which of the following time periods will have the largest annual average increase in the percentage of jobs that could be fully automated (based on the provided images attached)? A) 2020-2028 B) 2028-2030 C) 2030-2035 D) 2035-2040 E) 2040-2050
Table 1:Age specific population and number of deaths of country A, Country B and Country C Age Country A Country B Population (in Number Population (in of Death Thousand) Number of Death Country C Population (in Thousand) Number of Death group Thousand) 0-9 1050 8287 2684 209598 1857 8179 10-19 2565 6525 4267 9793 3372 4800 20-39 3248 6356 3561 7457 3123 12702 40-59 2884 18295 2981 10451 3724 15221 60+ 1124 39878 2820 24321 1576 26034
Country China China China China China China China Scale us/billion us/billion us/billion us/billion us/billion tonnes % Items GDP GFCF EX IM FDI CO2C TO 1985 309488028132.65 94181047057.82 25801403273.95 38302403273.95 1659000000.00 1.87 20.71 1986 300758100107.25 93113390307.25 26202580690.47 33592580690.47 1875000000.00 1.94 19.88 1987 272972974764.57 83416274479.82 34072853910.00 33781853910.00 2314000000.00 2.04 24.86 1988 312353631207.82 96994617160.49 44923701330.00 48984701330.00 3194000000.00 2.15 30.06 1989 347768051311.74 89049722510.12 41190793490.00 46118793490.00 3393000000.00 2.15 25.11 1990 360857912565.97 86565315650.10 49129758920.00 38461758920.00 3487000000.00 1.91 24.27 1991 383373318083.62 98541506533.10 55542659163.76 43941659163.76 4366000000.00 2.00 25.95 1992 426915712715.86 129557475949.77 66847400125.59 61849400125.59 11156000000.00 2.08 30.15 1993 444731282435.52 164960763454.80 74280328749.70 86072328749.70 27515000000.00 2.24 36.06…
The table shows the leading causes of death in a certain country in a recent year. The population of the country was 311311 million. If you lived in a typical city of 500,000, how many people would you expect to die of cancercancer each year? Cause Deaths Cause Deaths Heart disease 596 comma 700596,700 Alzheimer's disease 84 comma 90084,900 Cancer 575 comma 300575,300 Diabetes 73 comma 40073,400 Chronic respiratory diseases 143 comma 100143,100 Pneumonia/Influenza 53 comma 40053,400 Stroke 128 comma 600128,600 Kidney disease 45 comma 30045,300 Accidents 122 comma 500122,500 Suicide 38 comma 60038,600 About people would be expected to die of cancer each year. (Type a whole number. Round to the nearest person as needed.)
The table below shows the number of individuals infected with a disease t days after its first detected by the CDC. Days Infected Individuals 1 2 678 722 3 756 4 825 5 7 6 882 945 1017 8 1104
A mixture of sucrose and water was heated on a hot plate, and the temperature (in °C) was recorded each minute for 20 minutes by three thermocouples. The results are shown in the following table. Time O 1 2 3 4 5 6 7 8 9 71 20 18 29 32 37 36 46 46 56 58 11 10 11231415 167 18 19 20 INR888 gege 64 72 79 84 82 87 98 103 107 103 102 T2 ON 18 22 22 25 37 46 45 44 54 64 69 65 80 74 87 93 90 100 100 103 103 T3 21 11 26 35 33 35 44 43 63 68 62 65 80 75 78 88 91 103 112 107 104 Compute the least-squares line for estimating the temperature as a function of time, using 73 as the value for temperature. (Round the ▼
Culver City Beverly Hills California (Standard Population) Age (years) Pop Size Mortality Rate Роp Size Mortality Rate Mortality Rate Pop Size Deaths Deaths Deaths 4,000 8,000 720 18,000 1,320 22,000 2,068 52,000 30,000 50,000 30,000 10,000 2,190 120,000 0-14 20 0.0050 150 0.0050 60,000 10,000,000 20,000 20,000,000 40,000 87,500 207,500 45,000,000 0.0060 15-34 8 0.0010 40 0.0008 0.0010 8,000,000 7,000,000 35-64 0.0400 600 0.0200 0.0050 65+ 0.0600 1,400 0.1400 0.0125 Total 0.0046 a. Calculate and interpret the crude mortality rates for Culver City and Beverly Hills. b. Using California as the standard population, calculate and interpret the age-adjusted mortality rates per 1,000 population using direct standardization. Beverly Hills Mortality Culver City Age (years) Population Mortality Expected Expected Size Rate Rate 0-14 15-34 35-64 65+ Total c. Calculate and interpret the SMR for Beverly Hills.
Blood pressure: A blood pressure measurement consists of two numbers: the systolic pressure, which is the maximum pressure taken when the heart is contracting, and the diastolic pressure, which is the minimum pressure taken at the beginning of the heartbeat. Blood pressures were measured, in millimeters of mercury, for a sample of 8 adults. The following table presents the results. Systolic Diastolic 126 88 104 86 103 80 110 80 122 71 117 88 130 75 118 69 Send data to Excel Compute the least-squares regression line for predicting diastolic pressure (y) from systolic pressure (x). Round the intermediate calculations to at least six decimal places. Round the slope and y-intercept values to at least four decimal places. Regression line equation: y = Save For Later Submit Assignment- Check Answer 2021 McGraw Hill LLC. All Rights Reserved. Terms of Use Privacy Center 39°F C
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Table 1. VITAL STATISTICS OF COUNTRY Y 2020 2018 2015 Total population 109,035,343 100,981,437 92,337,852 Total marriages (Based on civil registration) 240,183 431,972 449,169 Total population of women 15-44 years old 32,962,017 28,625,793 26,417,734 Total Births (Based on civil registration) Male 990,390 750,871 632,870 Female 952,126 972,802 487,798 Total Deaths (Based on civil registration) Timely 506,530 509,762 473,987 Late 106,820 110,382 116,803 Deaths during pregnancy 7,938 7,099 6,759 Fetal deaths Early 1,942 1,236 1,326 Intermediate 1,435 1,161 1,288 Late 1,157 1,311 1,046 Infant deaths Less than 7 days 839 623 795 Less than 28 days 1,961 1,911 1,863 Less than 1 year 3,534 3,658 3,080 Top 3 Leading Causes of Mortality 1. Diseases of the circulatory system 691,225 625,213…
EXERCISE 18.2 2. y= 3x +6 1. yax-1 4. y+2x 3 3. y=-+ 2 Gradient ords ent - the change en two ates change in the gradient between (2; 4) and (4; 6) is B2 Answers A(2: 4) 4- 1. The co The g Gradient change in yatue change in wakue 2. The The 3. TH

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