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Introduction to Epidemiology (401076) Assignment 1

Assignment 1 for the Introduction to Epidemiology course at The University of Western Sydney, involving answering questions based on the learning objectives and concepts covered in weeks 1 to 3.

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Added on  2023-04-11

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This document is a solved assignment for Introduction to Epidemiology (401076) Assignment 1. It includes questions and answers related to diabetes, death rates, breast cancer, and falls in the elderly. The assignment covers topics such as calculating percentages, crude rates, and incidence rates.

Introduction to Epidemiology (401076) Assignment 1

Assignment 1 for the Introduction to Epidemiology course at The University of Western Sydney, involving answering questions based on the learning objectives and concepts covered in weeks 1 to 3.

   Added on 2023-04-11

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ID
The University of Western Sydney
School of Science and Health
Introduction to Epidemiology (401076)
ASSIGNMENT 1
Autumn, 2019
Due date: 7/04/2019 midnight
Introduction to Epidemiology (401076) Assignment 1_1
ID
Question 1
(a) Answer: (Number of diabetic (1st, 2016)/population) x100
(3600/73000) x100= 4.93%
(b) Answer ((3600+230)/73,000) x100= 5.35%
(c) Answer: (Number of new cases/population at start) x100
(230/730000) x100= 0.31%
(d)
Secondary attack rate
New cases/ (remaining population after death) x100
(230/ (73000-5000)) x 100= 0.34%
Question 2:
a)
(Death from all causes in NSW/ total population) x1000
(49,607/9 006043) x1000= 5.508 per 1000 people
(b)
(Deaths from type 2 disease related causes/total population) x 1000
(5025/9006043) x 1000
0.558 Per 1000 people
(c)
Answer= (Deaths from type 2 diabetes related causes /number of people with
type 2 diabetes) x 100
= (5025/756507) x 100=0.66%
Question 3:
Introduction to Epidemiology (401076) Assignment 1_2
ID
(a)
City A: Total women population 400,000+175, 000+125000= 700,000
Number of breast cancer= 50+250+350=650
Crude rates= (number breast cancer/women population) x 100,000 = 92.8 per 100,000
people
City B; Total population= 400,000+ 100,000+ 10,000= 510,000
Number of breast cancers= 30+100+500= 630
(630/510,000) x100000=123.5 per 100,000 people
There are more crude rates in B than in A.
(b)
City A
20-44= (50/40000)*100,000=12.5 per 100000 people
45-64= (250/175000)*100000=142.9 per 100000 people
65+= (350/125000)* 100,000= 280 per 100,000 people
City B:
20-44= (30/40000)*100,000= 75 per 100000 people
45-64= (100/100000)*100000=100 per 100000 people
65+= (500/10000)* 100,000=5000 per 100000 people
In the two cities, more deaths were in old ages, 65+
(c)
City A: (630/100000) x 100= 0.63%
City B: (650/100000) x 100= 0.65%
Introduction to Epidemiology (401076) Assignment 1_3

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