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Imagine you are a runner and have entered different running events. You enter events of the following possible distances: 1500 meters, 5000 meters (5k). 10000 meters (10k), and Half Marathon (13.1 miles) Of course, you can't run at your maximum possible effort for each of these races, as your muscles will fail to perform at maximum effort for such distances Your estimated maximum heart rate is approximately 220- your age (in beats per minute). So a 20 year old may expect to have a maximum heart rate of 200 bpm. If you want to run the 1500m at 95% of max heart rate, 5k at 90%, 10k at 85%, and half marathon at 75%, you can determine from a person's age and goal race what their target heart rate should be. Your program should ask the user for the following age 2) race distance It will then: 3) calculate the target heart rate you should shoot for during the race and 4) show it to the user with a statement like. "For a X year old runner, targeting a race, you should shoot for a heart rate of Y during the race." Maximum points will only be available if the inputs are validated for reality (i e. reasonable ages) and the race distances should be presented for the user to select (i e. show them options and they should indicate 1 for 1500m, 2 for 5k, etc.) If you make an attempt that looks like it tries to satisfy the 4 principal requirements you will score 10 points. Then 2 additional points for each requirement performed properly. A final 2 points will be awarded for the proper validation and race distance presentation

Imagine you are a runner and have entered different running events. You enter events of the following possible distances: 1500 meters, 5000 meters (5k). 10000 meters (10k), and Half Marathon (13.1 miles) Of course, you can't run at your maximum possible effort for each of these races, as your muscles will fail to perform at maximum effort for such distances Your estimated maximum heart rate is approximately 220- your age (in beats per minute). So a 20 year old may expect to have a maximum heart rate of 200 bpm. If you want to run the 1500m at 95% of max heart rate, 5k at 90%, 10k at 85%, and half marathon at 75%, you can determine from a person's age and goal race what their target heart rate should be. Your program should ask the user for the following age 2) race distance It will then: 3) calculate the target heart rate you should shoot for during the race and 4) show it to the user with a statement like. "For a X year old runner, targeting a race, you should shoot for a heart rate of Y during the race." Maximum points will only be available if the inputs are validated for reality (i e. reasonable ages) and the race distances should be presented for the user to select (i e. show them options and they should indicate 1 for 1500m, 2 for 5k, etc.) If you make an attempt that looks like it tries to satisfy the 4 principal requirements you will score 10 points. Then 2 additional points for each requirement performed properly. A final 2 points will be awarded for the proper validation and race distance presentation

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Help me on below python program.
Profes x 8 Impc x tra/courses/_206423_1/cl/outline Spinbc x Intervi X The Fix 5 Care x 10 skill X Core requirements 1. Your program runs and prints to the terminal with the output from the tempate updated with information that is your own. Test Verify the program runs and you see the output you expect from the print() function provided in the template. Add-on If you have time, can you have it output additional lines of text about yourself as an introduction? Your program should ask the user for the following: 1) age 2) race distance 10 Exa x + E 0 race day prep.py Imagine you are a runner and have entered different running events. You enter events of the following possible distances: 1500 meters, 5000 meters (5k), 10000 meters (10k), and Half Marathon (13.1 miles) Of course, you can't run at your maximum possible effort for each of these races, as your muscles will fail to perform at maximum effort for such distances Your estimated maximum heart rate is approximately 220 - your age (in beats per minute). So a 20 year old may expect to have a maximum heart rate of 200 bpm. If you want to run the 1500m at 95% of max heart rate, 5k at 90%, 10k at 85%, and half marathon at 75%, you can determine from a person's age and goal race what their target heart rate should be. It will then: 3) calculate the target heart rate you should shoot for during the race and 4) show it to the user with a statement like "For a X year old runner, targeting a <race distance> race, you should shoot for a heart rate of Y during the race. Maximum points will only be available if the inputs are validated for reality (ie reasonable ages) and the race distances should be presented for the user to select (i e. show them options and they should indicate 1 for 1500m, 2 for 5k, etc.) If you make an attempt that looks like it tries to satisfy the 4 principal requirements you will score 10 points. Then 2 additional points for each requirement performed properly. A final 2 points will be awarded for the proper validation and race distance presentation 00:28 #
Transcribed Image Text:Profes x 8 Impc x tra/courses/_206423_1/cl/outline Spinbc x Intervi X The Fix 5 Care x 10 skill X Core requirements 1. Your program runs and prints to the terminal with the output from the tempate updated with information that is your own. Test Verify the program runs and you see the output you expect from the print() function provided in the template. Add-on If you have time, can you have it output additional lines of text about yourself as an introduction? Your program should ask the user for the following: 1) age 2) race distance 10 Exa x + E 0 race day prep.py Imagine you are a runner and have entered different running events. You enter events of the following possible distances: 1500 meters, 5000 meters (5k), 10000 meters (10k), and Half Marathon (13.1 miles) Of course, you can't run at your maximum possible effort for each of these races, as your muscles will fail to perform at maximum effort for such distances Your estimated maximum heart rate is approximately 220 - your age (in beats per minute). So a 20 year old may expect to have a maximum heart rate of 200 bpm. If you want to run the 1500m at 95% of max heart rate, 5k at 90%, 10k at 85%, and half marathon at 75%, you can determine from a person's age and goal race what their target heart rate should be. It will then: 3) calculate the target heart rate you should shoot for during the race and 4) show it to the user with a statement like "For a X year old runner, targeting a <race distance> race, you should shoot for a heart rate of Y during the race. Maximum points will only be available if the inputs are validated for reality (ie reasonable ages) and the race distances should be presented for the user to select (i e. show them options and they should indicate 1 for 1500m, 2 for 5k, etc.) If you make an attempt that looks like it tries to satisfy the 4 principal requirements you will score 10 points. Then 2 additional points for each requirement performed properly. A final 2 points will be awarded for the proper validation and race distance presentation 00:28 #
Expert Solution
Step 1

Algorithm:

  1. Input the runner's age
  2. Validate the age
  3. Prompt the running distance menu
  4. Input the running distance choice
  5. Validate the runner's distance choice
  6. Calculate the targeted distance using the runner's distance choice
  7. Calculate the target heart rate as follows.
    1. Targeted heart rate = 220 - Age
  8. Display the result
  9. End
steps

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