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Create a program that read the file "data_bmi.txt" 1 180 86 2 176 68.8 3 184 74 4 158 46 169 65.3 The first column is the patient number, the second column is the patient height (in cm) and the third column is the patient weight in kilogram. Once the file is read, you need to create a new numpy array of size 5 x 4. In the first 3 columns, you need to put the same information as from the loaded file and in the fourth column, you need to calculate the BMI of the patient. BMI = weight (in kg) / heigh2 (in m) 1 180 86 ? 2 176 68.8 ? 3 184 74 ? 4 158 46 ? 169 65.3 ? Once you have calculated the BMI for each patient, you need to check the BMI of the patient. If the BMI is <= 18.5, print (Patient # is underweight) If the BMI is > 18.5 and BMI is < 25, print (Patient # is healthy) If the BMI is >= 25, print (Patient # is overweight) LO

Create a program that read the file "data_bmi.txt" 1 180 86 2 176 68.8 3 184 74 4 158 46 169 65.3 The first column is the patient number, the second column is the patient height (in cm) and the third column is the patient weight in kilogram. Once the file is read, you need to create a new numpy array of size 5 x 4. In the first 3 columns, you need to put the same information as from the loaded file and in the fourth column, you need to calculate the BMI of the patient. BMI = weight (in kg) / heigh2 (in m) 1 180 86 ? 2 176 68.8 ? 3 184 74 ? 4 158 46 ? 169 65.3 ? Once you have calculated the BMI for each patient, you need to check the BMI of the patient. If the BMI is <= 18.5, print (Patient # is underweight) If the BMI is > 18.5 and BMI is < 25, print (Patient # is healthy) If the BMI is >= 25, print (Patient # is overweight) LO

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Create a program that read the file "data_bmi.txt" 1 180 86 2 176 68.8 3 184 74 4 158 46 5 169 65.3 The first column is the patient number, the second column is the patient height (in cm) and the third column is the patient weight in kilogram. Once the file is read, you need to create a new numpy array of size 5 x 4. In the first 3 columns, you need to put the same information as from the loaded file and in the fourth column, you need to calculate the BMI of the patient. BMI = weight (in kg) / heigh2 (in m) 1 180 86 ? 2 176 68.8 ? 3 184 74 ? 4 158 46 ? 169 65.3 ? Once you have calculated the BMI for each patient, you need to check the BMI of the patient. If the BMI is <= 18.5, print (Patient # is underweight) If the BMI is > 18.5 and BMI is < 25, print (Patient # is healthy) If the BMI is >= 25, print (Patient # is overweight) LO LO
Transcribed Image Text:Create a program that read the file "data_bmi.txt" 1 180 86 2 176 68.8 3 184 74 4 158 46 5 169 65.3 The first column is the patient number, the second column is the patient height (in cm) and the third column is the patient weight in kilogram. Once the file is read, you need to create a new numpy array of size 5 x 4. In the first 3 columns, you need to put the same information as from the loaded file and in the fourth column, you need to calculate the BMI of the patient. BMI = weight (in kg) / heigh2 (in m) 1 180 86 ? 2 176 68.8 ? 3 184 74 ? 4 158 46 ? 169 65.3 ? Once you have calculated the BMI for each patient, you need to check the BMI of the patient. If the BMI is <= 18.5, print (Patient # is underweight) If the BMI is > 18.5 and BMI is < 25, print (Patient # is healthy) If the BMI is >= 25, print (Patient # is overweight) LO LO
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