In python You have decided to track your productivity hours. The tracker will have a count for each day of the week. You will log hours each day even if the answer was 0 hours. Ask a person using the program you are writing how many hours they were productive each day. The question is "How many hours were you productive on day {weekday}: " The day will be referred to as Day 1 or Day 2 or Day 3 etc. Use a while loop to control the process of asking a user for the information. After the person provides their productivity hours for each day, print the total_productive_hours total as it changes every day. Please note that you are not supposed to write a function or procedure. Write just the code needed. If you look at example 1 this is how the program would work: The program starts and asks the person how productive they were on day 1. The user types the answer (input, see left column) 1. Then the program prints the tally total as being 1. The program starts and asks the person how productive they were on day 2. The user types the answer (input, see left column) 3. Then the program prints the tally total as being 4. The program starts and asks the person how productive they were on day 3. The user types the answer (input, see left column) 4. Then the program prints the tally total as being 8. The program starts and asks the person how productive they were on day 4. The user types the answer (input, see left column) 5. Then the program prints the tally total as being 13. The program starts and asks the person how productive they were on day 5. The user types the answer (input, see left column) 6. Then the program prints the tally total as being 19. The program starts and asks the person how productive they were on day 6. The user types the answer (input, see left column) 2. Then the program prints the tally total as being 21. The program starts and asks the person how productive they were on day 7. The user types the answer (input, see left column) 2. Then the program prints the tally total as being 23. The program stops asking the user for information because it has already asked for information for 7 days. For example: Input Result 1 3 4 5 6 2 2 How many hours were you productive on day 1: 1 How many hours were you productive on day 2: 4 How many hours were you productive on day 3: 8 How many hours were you productive on day 4: 13 How many hours were you productive on day 5: 19 How many hours were you productive on day 6: 21 How many hours were you productive on day 7: 23 3 5 6 22 5 6 9 How many hours were you productive on day 1: 3 How many hours were you productive on day 2: 8 How many hours were you productive on day 3: 14 How many hours were you productive on day 4: 36 How many hours were you productive on day 5: 41 How many hours were you productive on day 6: 47 How many hours were you productive on day 7: 56 3 4 6 6 5 11 23 How many hours were you productive on day 1: 3 How many hours were you productive on day 2: 7 How many hours were you productive on day 3: 13 How many hours were you productive on day 4: 19 How many hours were you productive on day 5: 24 How many hours were you productive on day 6: 35 How many hours were you productive on day 7: 58

In python You have decided to track your productivity hours. The tracker will have a count for each day of the week. You will log hours each day even if the answer was 0 hours. Ask a person using the program you are writing how many hours they were productive each day. The question is "How many hours were you productive on day {weekday}: " The day will be referred to as Day 1 or Day 2 or Day 3 etc. Use a while loop to control the process of asking a user for the information. After the person provides their productivity hours for each day, print the total_productive_hours total as it changes every day. Please note that you are not supposed to write a function or procedure. Write just the code needed. If you look at example 1 this is how the program would work: The program starts and asks the person how productive they were on day 1. The user types the answer (input, see left column) 1. Then the program prints the tally total as being 1. The program starts and asks the person how productive they were on day 2. The user types the answer (input, see left column) 3. Then the program prints the tally total as being 4. The program starts and asks the person how productive they were on day 3. The user types the answer (input, see left column) 4. Then the program prints the tally total as being 8. The program starts and asks the person how productive they were on day 4. The user types the answer (input, see left column) 5. Then the program prints the tally total as being 13. The program starts and asks the person how productive they were on day 5. The user types the answer (input, see left column) 6. Then the program prints the tally total as being 19. The program starts and asks the person how productive they were on day 6. The user types the answer (input, see left column) 2. Then the program prints the tally total as being 21. The program starts and asks the person how productive they were on day 7. The user types the answer (input, see left column) 2. Then the program prints the tally total as being 23. The program stops asking the user for information because it has already asked for information for 7 days. For example: Input Result 1 3 4 5 6 2 2 How many hours were you productive on day 1: 1 How many hours were you productive on day 2: 4 How many hours were you productive on day 3: 8 How many hours were you productive on day 4: 13 How many hours were you productive on day 5: 19 How many hours were you productive on day 6: 21 How many hours were you productive on day 7: 23 3 5 6 22 5 6 9 How many hours were you productive on day 1: 3 How many hours were you productive on day 2: 8 How many hours were you productive on day 3: 14 How many hours were you productive on day 4: 36 How many hours were you productive on day 5: 41 How many hours were you productive on day 6: 47 How many hours were you productive on day 7: 56 3 4 6 6 5 11 23 How many hours were you productive on day 1: 3 How many hours were you productive on day 2: 7 How many hours were you productive on day 3: 13 How many hours were you productive on day 4: 19 How many hours were you productive on day 5: 24 How many hours were you productive on day 6: 35 How many hours were you productive on day 7: 58

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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Question

In python

You have decided to track your productivity hours. The tracker will have a count for each day of the week. You will log hours each day even if the answer was 0 hours.

Ask a person using the program you are writing how many hours they were productive each day. The question is "How many hours were you productive on day {weekday}: " The day will be referred to as Day 1 or Day 2 or Day 3 etc.
Use a while loop to control the process of asking a user for the information.
After the person provides their productivity hours for each day, print the total_productive_hours total as it changes every day.
Please note that you are not supposed to write a function or procedure. Write just the code needed.

If you look at example 1 this is how the program would work:

The program starts and asks the person how productive they were on day 1. The user types the answer (input, see left column) 1. Then the program prints the tally total as being 1.
The program starts and asks the person how productive they were on day 2. The user types the answer (input, see left column) 3. Then the program prints the tally total as being 4.
The program starts and asks the person how productive they were on day 3. The user types the answer (input, see left column) 4. Then the program prints the tally total as being 8.
The program starts and asks the person how productive they were on day 4. The user types the answer (input, see left column) 5. Then the program prints the tally total as being 13.
The program starts and asks the person how productive they were on day 5. The user types the answer (input, see left column) 6. Then the program prints the tally total as being 19.
The program starts and asks the person how productive they were on day 6. The user types the answer (input, see left column) 2. Then the program prints the tally total as being 21.
The program starts and asks the person how productive they were on day 7. The user types the answer (input, see left column) 2. Then the program prints the tally total as being 23.
The program stops asking the user for information because it has already asked for information for 7 days.

For example:

Input	Result
1 3 4 5 6 2 2	How many hours were you productive on day 1: 1 How many hours were you productive on day 2: 4 How many hours were you productive on day 3: 8 How many hours were you productive on day 4: 13 How many hours were you productive on day 5: 19 How many hours were you productive on day 6: 21 How many hours were you productive on day 7: 23
3 5 6 22 5 6 9	How many hours were you productive on day 1: 3 How many hours were you productive on day 2: 8 How many hours were you productive on day 3: 14 How many hours were you productive on day 4: 36 How many hours were you productive on day 5: 41 How many hours were you productive on day 6: 47 How many hours were you productive on day 7: 56
3 4 6 6 5 11 23	How many hours were you productive on day 1: 3 How many hours were you productive on day 2: 7 How many hours were you productive on day 3: 13 How many hours were you productive on day 4: 19 How many hours were you productive on day 5: 24 How many hours were you productive on day 6: 35 How many hours were you productive on day 7: 58