Welcome Assignment ### welcome_assignment_answers ### Input - All eight questions given in the assignment. ### Output - The right answer for the specific question. def welcome_assignment_answers(question): # The student doesn't have to follow the skeleton for this assignment. # Another way to implement it is using "case" statements similar to C. if question == "Are encoding and encryption the same? - Yes/No": answer = "The student should type the answer here" elif question == "Is it possible to decrypt a message without a key? - Yes/No": answer = "The student should type the answer here" return (answer) # Complete all the questions. if __name__ == "__main__": # use this space to debug and verify that the program works debug_question = "Are encoding and encryption the same? - Yes/No" print(welcome_assignment_answers(debug_question)) As you can see, the first two questions are already in the skeleton code. Please follow the first two questions and add the rest of the questions to the code. Questions should be copied exactly the same as shown below. Students should write the right answer in the source code/script. For example, the answer for "Are encoding and encryption the same? - Yes/No" is “No”. Therefore, the code should be: if question == "Are encoding and encryption the same? - Yes/No": answer = "No" elif question.... Returning variable: “Yes”, “no”, and MD5 hash should be string type. Numbers should be int type. Students may submit the assignment to GradeScope unlimited times until they receive full credit. Questions: "Are encoding and encryption the same? - Yes/No" "Is it possible to decrypt a message without a key? - Yes/No" "Is it possible to decode a message without a key? - Yes/No" "Is a hashed message supposed to be un-hashed? - Yes/No" "What is the MD5 hashing value to the following message: 'NYU Computer Networking' - Use MD5 hash generator and use the answer in your code" "Is MD5 a secured hashing algorithm? - Yes/No" "What layer from the TCP/IP model the protocol DHCP belongs to? - The answer should be a numeric number" "What layer of the TCP/IP model the protocol TCP belongs to? - The answer should be a numeric number"

Welcome Assignment ### welcome_assignment_answers ### Input - All eight questions given in the assignment. ### Output - The right answer for the specific question. def welcome_assignment_answers(question): # The student doesn't have to follow the skeleton for this assignment. # Another way to implement it is using "case" statements similar to C. if question == "Are encoding and encryption the same? - Yes/No": answer = "The student should type the answer here" elif question == "Is it possible to decrypt a message without a key? - Yes/No": answer = "The student should type the answer here" return (answer) # Complete all the questions. if name == "main": # use this space to debug and verify that the program works debug_question = "Are encoding and encryption the same? - Yes/No" print(welcome_assignment_answers(debug_question)) As you can see, the first two questions are already in the skeleton code. Please follow the first two questions and add the rest of the questions to the code. Questions should be copied exactly the same as shown below. Students should write the right answer in the source code/script. For example, the answer for "Are encoding and encryption the same? - Yes/No" is “No”. Therefore, the code should be: if question == "Are encoding and encryption the same? - Yes/No": answer = "No" elif question.... Returning variable: “Yes”, “no”, and MD5 hash should be string type. Numbers should be int type. Students may submit the assignment to GradeScope unlimited times until they receive full credit. Questions: "Are encoding and encryption the same? - Yes/No" "Is it possible to decrypt a message without a key? - Yes/No" "Is it possible to decode a message without a key? - Yes/No" "Is a hashed message supposed to be un-hashed? - Yes/No" "What is the MD5 hashing value to the following message: 'NYU Computer Networking' - Use MD5 hash generator and use the answer in your code" "Is MD5 a secured hashing algorithm? - Yes/No" "What layer from the TCP/IP model the protocol DHCP belongs to? - The answer should be a numeric number" "What layer of the TCP/IP model the protocol TCP belongs to? - The answer should be a numeric number"

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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Question

Welcome Assignment

### welcome_assignment_answers

### Input - All eight questions given in the assignment.

### Output - The right answer for the specific question.

def welcome_assignment_answers(question):

# The student doesn't have to follow the skeleton for this assignment.

# Another way to implement it is using "case" statements similar to C.

if question == "Are encoding and encryption the same? - Yes/No":

answer = "The student should type the answer here"

elif question == "Is it possible to decrypt a message without a key? - Yes/No":

answer = "The student should type the answer here"

return (answer)

# Complete all the questions.

if __name__ == "__main__":

# use this space to debug and verify that the program works

debug_question = "Are encoding and encryption the same? - Yes/No"

print(welcome_assignment_answers(debug_question))

As you can see, the first two questions are already in the skeleton code. Please follow the first two questions and add the rest of the questions to the code. Questions should be copied exactly the same as shown below.

Students should write the right answer in the source code/script. For example, the answer for "Are encoding and encryption the same? - Yes/No" is “No”. Therefore, the code should be:

if question == "Are encoding and encryption the same? - Yes/No":

answer = "No"

elif question....

Returning variable:
“Yes”, “no”, and MD5 hash should be string type.
Numbers should be int type.

Students may submit the assignment to GradeScope unlimited times until they receive full credit.

Questions:

"Are encoding and encryption the same? - Yes/No"
"Is it possible to decrypt a message without a key? - Yes/No"
"Is it possible to decode a message without a key? - Yes/No"
"Is a hashed message supposed to be un-hashed? - Yes/No"
"What is the MD5 hashing value to the following message: 'NYU Computer Networking' - Use MD5 hash generator and use the answer in your code"
"Is MD5 a secured hashing algorithm? - Yes/No"
"What layer from the TCP/IP model the protocol DHCP belongs to? - The answer should be a numeric number"
"What layer of the TCP/IP model the protocol TCP belongs to? - The answer should be a numeric number"

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