Question

In: Statistics and Probability

In this assignment, you will be required to use the Heart Rate Dataset to complete the...

In this assignment, you will be required to use the Heart Rate Dataset to complete the following:

Identify the types of data represented by variables

The range or types of values for each variable

Give a brief written description of the variables, and how they are used in the data set.

Steps

Open the Heart Rate Dataset in Excel

Identify each of the variables contained in the dataset by type

Identify the type of data each variable represents (e.g., qualitative or quantitative) and the possible values for each

Briefly describe how the variable is used in the dataset, (e.g., to identify a class, or to give a specific numeric value for an individual).

Heart rate before and after exercise
M=0 F=1 Resting After Exercise
0 85.9 87.5
0 67.7 79.4
0 80.3 93.4
0 85.2 97.7
0 86.3 99.7
0 76.6 83.7
0 94.4 101.9
0 86.4 100.6
0 83.4 97.4
0 89.8 97.4
0 88.7 97.1
0 78.4 87.2
0 71.3 79.9
0 92.6 104.7
0 86.2 95.9
0 83.9 93.9
0 78.1 90.1
0 64.0 70.7
0 72.8 86.7
0 72.7 81.2
0 80.2 83.3
0 78.2 86.0
0 70.6 90.2
0 75.5 84.4
0 82.7 94.2
0 87.7 95.1
0 80.0 88.7
0 73.4 82.7
0 89.5 94.6
0 77.6 84.6
0 76.6 86.4
0 85.6 96.2
0 74.2 82.1
0 79.0 91.6
0 74.6 86.7
0 88.8 98.8
0 82.1 85.6
0 77.6 80.6
0 77.9 83.8
0 88.1 93.9
0 81.6 90.3
0 91.2 100.6
0 80.3 88.0
0 76.7 91.8
0 88.4 103.0
0 75.2 86.5
0 75.2 84.9
0 73.1 71.9
0 77.0 84.7
0 59.0 68.2
0 84.9 96.0
0 87.5 105.9
0 75.6 84.3
0 84.0 90.4
0 78.2 94.0
0 86.6 90.6
0 84.9 95.1
0 78.8 90.4
0 69.4 82.6
0 78.3 91.1
0 76.9 92.3
0 84.2 87.9
0 76.3 85.9
0 86.3 99.7
0 72.3 80.9
0 81.8 93.8
0 92.8 99.8
0 74.8 90.2
0 91.7 99.2
0 71.0 87.0
0 96.1 100.2
0 82.5 95.1
0 81.9 97.5
0 89.7 94.8
0 81.4 100.9
0 74.8 94.0
0 88.1 102.1
0 69.2 81.4
0 78.8 90.9
0 85.3 94.2
0 74.8 81.3
0 77.7 89.9
0 78.0 89.8
0 80.5 95.3
0 75.4 84.8
0 81.5 84.2
0 73.9 85.2
0 69.4 74.1
0 89.4 96.7
0 70.9 82.0
0 82.9 90.2
0 89.6 106.7
0 74.5 75.6
0 92.3 102.2
0 87.7 98.0
0 78.9 89.7
0 79.8 81.5
0 85.5 97.4
0 87.3 94.1
0 77.8 97.8
0 71.0 80.1
0 82.5 90.7
0 74.8 83.7
0 69.2 79.4
0 80.5 87.4
0 89.4 99.2
0 74.5 88.0
0 85.5 92.0
1 76.6 88.2
1 79.2 90.4
1 80.6 101.3
1 75.5 93.1
1 83.9 90.5
1 73.9 89.1
1 76.8 90.8
1 85.2 93.5
1 82.1 93.5
1 76.3 87.0
1 97.0 104.5
1 81.5 86.5
1 65.3 86.3
1 80.8 86.7
1 78.5 89.9
1 86.3 97.6
1 89.8 92.9
1 87.8 98.5
1 76.2 89.9
1 74.2 88.8
1 67.4 78.8
1 75.5 80.2
1 80.0 90.2
1 76.4 88.0
1 94.9 95.7
1 89.2 96.9
1 83.3 87.7
1 85.8 90.4
1 75.3 84.1
1 77.9 99.0
1 70.0 83.0
1 88.0 94.2
1 86.9 95.0
1 87.1 95.9
1 79.3 82.7
1 81.2 90.7
1 82.9 91.9
1 87.4 103.6
1 83.0 90.0
1 76.8 83.3
1 76.9 87.7
1 79.8 88.2
1 83.2 93.0
1 79.5 88.6
1 82.4 89.3
1 80.8 84.2
1 83.2 94.5
1 71.6 81.5
1 82.8 93.1
1 76.8 92.8
1 93.2 100.4
1 91.4 100.9
1 97.3 103.3
1 88.3 90.1
1 80.6 85.2
1 87.4 91.7
1 96.5 99.3
1 77.9 91.6
1 76.1 84.1
1 85.2 89.7
1 68.6 72.8
1 79.4 92.0
1 85.2 99.2
1 74.3 85.6
1 74.3 89.2
1 78.5 98.5
1 80.4 90.8
1 82.9 85.9
1 78.9 90.7
1 78.6 87.0
1 87.5 93.9
1 78.9 91.4
1 80.0 89.1
1 80.4 89.2
1 88.3 93.5
1 80.6 95.9
1 85.8 90.5
1 84.6 93.0
1 80.5 91.8
1 92.4 101.2
1 84.4 96.7
1 82.3 86.9
1 77.2 85.8
1 83.3 82.1
1 86.2 98.9
1 81.3 97.7
1 90.2 96.4
1 78.4 85.5
1 84.7 101.6
1 89.7 94.3
1 78.4 88.0
1 79.9 88.5

Solutions

Expert Solution

Data can be classified into 2 different types
Qualitative values that can be sorted into groups of categories Quantitative values that can be measured. And these numbers can be placed in ascending or descending order.
You can count but not order or measure nominal data. Ordinal valuesor observations can be ranked. Discrete data can take on only integer values continuous data can take on any value.

Now,

Column name Data type Reason Range of data
M=0 F=1 Qualitative, nominal data Regardless of the numbers assigned to the male and female categories, it is still a qualitative data and not quantitative. 0,1
Resting

Quantitative,continuous data

The values are countable, but it can take any value within a specific range. 59-100. We can make intervals of class size 5.
After exercise Quantitative, continuous data It can also take any value within a spacific range 68-107. We can again make intervals of class size 5.

Related Solutions

Instructions: In this assignment, you use linear regression to calculate the expected after exercising heart rate....
Instructions: In this assignment, you use linear regression to calculate the expected after exercising heart rate. Steps: 1. Open the Heart Rate database and identify the X-variable (resting) and the Y-variable (after exercise). 2. Use the Scatter Plot function in the Insert Charts section of Excel to create a scatter plot of the X and Y variables 3. Add a trendline to the scatter plot (Find and View a YouTube video on how to do this if you need help)...
Instructions:: In this assignment,you will calculate confidence intervals for the quantitative variables in the Heart Rate...
Instructions:: In this assignment,you will calculate confidence intervals for the quantitative variables in the Heart Rate database. Steps: 1. Open the Heart Rate database in Excel and identify the quantitative variables 2. Make sure the data is sorted by category, e.g., male at-rest, female at-rest, etc. 3. Use the Data Analysis tools to construct 95% and 99% confidence intervals for all of the sorted quantitative variables. Please note that the statistic being used is the confidence interval of the means,...
Part 1: Complete the assignment by executing the following steps. Generate a dataset of 300 random...
Part 1: Complete the assignment by executing the following steps. Generate a dataset of 300 random numbers that follows are normal distribution with a mean of 200 and a standard deviation of 10. Use appropriate R command(s) to validate that an approximate mean = 200 and an approximate standard deviation = 10 was obtained. Create a histogram depicting the data distribution for the 300 random numbers generated in step 1. Create a histogram that superimposes a normal curve over the...
For this assignment, create a Project Schedule, and list the 20+ activities required to complete the...
For this assignment, create a Project Schedule, and list the 20+ activities required to complete the house that you identified in your Unit IV Project Budget. Assign a schedule to all identified activities. Please be sure to reserve two weeks for contingencies. In other words, you should schedule all the activities and set aside two weeks for contingencies. The entire project (including the two-week contingency period) should equal 24 months Unit 4 Project: Activity Description Est $ Architectural Design 50,000...
Identify the Test that is required and explain why: A researcher uses heart rate as a...
Identify the Test that is required and explain why: A researcher uses heart rate as a measure of excitability in rats. He knows the average heart rate in rats and compares his sample of rats to that average. The sample has been bred with the hope that as a group the rats have a less excitable temperament.
For this assignment, create a complete UML class diagram of this program. You can use Lucidchart...
For this assignment, create a complete UML class diagram of this program. You can use Lucidchart or another diagramming tool. If you can’t find a diagramming tool, you can hand draw the diagram but make sure it is legible. Points to remember: • Include all classes on your diagram. There are nine of them. • Include all the properties and methods on your diagram. • Include the access modifiers on the diagram. + for public, - for private, ~ for...
In this assignment, we will use the dataset collected in Baystate Medical Center, Springfield, Mass (1986),...
In this assignment, we will use the dataset collected in Baystate Medical Center, Springfield, Mass (1986), featured in Hosmer, D.W. and Lemeshow, S. (1989) Applied Logistic Regression. New York: Wiley. To download this dataset, go into R and run the following code to save the data as the object “data1”. install.packages("MASS") library(MASS) data1 <- birthwt Description of birthwt Data low indicator of birth weight less than 2.5 kg. age mother's weight in pounds at the last menstrual period. lwt mother's...
Instructions: You are not required to use R markdown for the lab assignment. Please include ALL...
Instructions: You are not required to use R markdown for the lab assignment. Please include ALL R commands you used to reach your answers in a word or pdf document. Also, report everything you are asked to do so. Problem 3 : In lab lecture notes and demo code, I simulated random samples from Exp(1) to verify classical central limit theorem numerically. I also stressed that no matter what type of random samples you use, the standardized partial sum Sn...
Instructions: You are not required to use R markdown for the lab assignment. Please include ALL...
Instructions: You are not required to use R markdown for the lab assignment. Please include ALL R commands you used to reach your answers in a word or pdf document. Also, report everything you are asked to do so. Problem 1 : Consider a binomial random variable X ∼ Bin(100, 0.01). 1. Report P(X = 7), P(X = 8), P(X = 9), try to use one ONE R command to return all these three values. 2. Find the probability P(0...
Assignment Description For this assignment you will complete a literature review on a topic related to...
Assignment Description For this assignment you will complete a literature review on a topic related to public health or health administration (depending on your major). You can pick any topic within your field that you find interesting and would like to know more about! You will locate a minimum of 4 journal articles on the topic and 1 online source and write a 1 page literature review based on your topic, your question and the sources you’ve selected. The purpose...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT