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COPD) is quite common with over 3 million cases per year in the United States alone. This disease has several symptoms (such as shortness of breath) and can increase the risk of mortality, especially among older individuals. There is growing evidence that poor indoor air quality can trigger symptoms and increase the likelihood of being diagnosed. You are part of a research team that is assessing the effectiveness of both a new indoor filtration system as well as a new drug in the hope of reducing symptoms within diagnosed populations (specifically shortness of breath and wheezing). There are two explanatory factors (1) a novel air filtration system with two levels (they have the new system, or they do not) and (2) new drug with three levels (high dose, low dose, and placebo). You recruit 60 individuals and randomly assign them to a treatment. a. What type of study is this (1-2 sentences)? b. What is the explanatory and response variables? c. How many treatments combinations are there? How many individuals within each treatment? This should be shown visually (either a schematic or a table) d. Write 2-3 sentences explaining.question 1c e. Explain a strategy to recruit individuals for this study. You should be thinking about recruitment strategy, getting a representative sample, bias, demographics, etc (3-5 sentences)

COPD) is quite common with over 3 million cases per year in the United States alone. This disease has several symptoms (such as shortness of breath) and can increase the risk of mortality, especially among older individuals. There is growing evidence that poor indoor air quality can trigger symptoms and increase the likelihood of being diagnosed. You are part of a research team that is assessing the effectiveness of both a new indoor filtration system as well as a new drug in the hope of reducing symptoms within diagnosed populations (specifically shortness of breath and wheezing). There are two explanatory factors (1) a novel air filtration system with two levels (they have the new system, or they do not) and (2) new drug with three levels (high dose, low dose, and placebo). You recruit 60 individuals and randomly assign them to a treatment. a. What type of study is this (1-2 sentences)? b. What is the explanatory and response variables? c. How many treatments combinations are there? How many individuals within each treatment? This should be shown visually (either a schematic or a table) d. Write 2-3 sentences explaining.question 1c e. Explain a strategy to recruit individuals for this study. You should be thinking about recruitment strategy, getting a representative sample, bias, demographics, etc (3-5 sentences)

A First Course in Probability (10th Edition)
A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
Section: Chapter Questions
Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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Chronic Obstructive Pulmonary Disease (COPD) is quite common with over 3 million cases per year in the United States alone. This disease has several symptoms (such as shortness of breath) and can increase the risk of mortality, especially among older individuals. There is growing evidence that poor indoor air quality can trigger symptoms and increase the likelihood of being diagnosed. You are part of a research team that is assessing the effectiveness of both a new indoor filtration system as well as a new drug in the hope of reducing symptoms within diagnosed populations (specifically shortness of breath and wheezing). There are two explanatory factors (1) a novel air filtration system with two levels (they have the new system, or they do not) and (2) new drug with three levels (high dose, low dose, and placebo). You recruit 60 individuals and randomly assign them to a treatment. a. What type of study is this (1-2 sentences)? b. What is the explanatory and response variables? c. How many treatments combinations are there? How many individuals within each treatment? This should be shown visually (either a schematic or a table) d. Write 2-3 sentences explaining.question 1c e. Explain a strategy to recruit individuals for this study. You should be thinking about recruitment strategy, getting a representative sample, bias, demographics, etc (3-5 sentences)
Transcribed Image Text:Chronic Obstructive Pulmonary Disease (COPD) is quite common with over 3 million cases per year in the United States alone. This disease has several symptoms (such as shortness of breath) and can increase the risk of mortality, especially among older individuals. There is growing evidence that poor indoor air quality can trigger symptoms and increase the likelihood of being diagnosed. You are part of a research team that is assessing the effectiveness of both a new indoor filtration system as well as a new drug in the hope of reducing symptoms within diagnosed populations (specifically shortness of breath and wheezing). There are two explanatory factors (1) a novel air filtration system with two levels (they have the new system, or they do not) and (2) new drug with three levels (high dose, low dose, and placebo). You recruit 60 individuals and randomly assign them to a treatment. a. What type of study is this (1-2 sentences)? b. What is the explanatory and response variables? c. How many treatments combinations are there? How many individuals within each treatment? This should be shown visually (either a schematic or a table) d. Write 2-3 sentences explaining.question 1c e. Explain a strategy to recruit individuals for this study. You should be thinking about recruitment strategy, getting a representative sample, bias, demographics, etc (3-5 sentences)
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Chronic Obstructive Pulmonary disease symptoms are shortness of breath and risk of mortality among elderly individuals. 

This disease is caused due to poor indoor air quality and hence, the symptoms are triggered.

Diagnosing the systems can assess the effectiveness of indoor filtration and novel drug creation for reducing the symptoms.

novel air filtration  No system
levels New System

 

new drug High dose
levels low dose
  placebo

 

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