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Write a Java program to implement the following 2D array named friends. Read the following  instructions carefully and write the code.   The above array shows the friend list of five persons Alice, Bob, Chuck, David and Eve. They are  represented by index numbers 0, 1, 2, 3, and 4 respectively. You have to print i) List of friends of Alice, Bob, Chuck, David and Eve. ii) List of mutual friends of Alice & Bob, and Chuck & Eve. (DO NOT print the friends’ names and mutual friends’ names simply by println() method.  You have to find the names programmatically.)

Write a Java program to implement the following 2D array named friends. Read the following  instructions carefully and write the code.   The above array shows the friend list of five persons Alice, Bob, Chuck, David and Eve. They are  represented by index numbers 0, 1, 2, 3, and 4 respectively. You have to print i) List of friends of Alice, Bob, Chuck, David and Eve. ii) List of mutual friends of Alice & Bob, and Chuck & Eve. (DO NOT print the friends’ names and mutual friends’ names simply by println() method.  You have to find the names programmatically.)

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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Write a Java program to implement the following 2D array named friends. Read the following 
instructions carefully and write the code.

 

The above array shows the friend list of five persons Alice, Bob, Chuck, David and Eve. They are 
represented by index numbers 0, 1, 2, 3, and 4 respectively. You have to print
i) List of friends of Alice, Bob, Chuck, David and Eve.
ii) List of mutual friends of Alice & Bob, and Chuck & Eve.
(DO NOT print the friends’ names and mutual friends’ names simply by println() method. 
You have to find the names programmatically.)

The image depicts a table representing the truth values of a proposition involving five individuals: Alice, Bob, Chuck, David, and Eve. The table is structured as a grid with rows and columns labeled by the individuals' names. The grid consists of the following: - **Rows and Columns**: Each row and column intersect to form a cell in the grid. The rows are labeled Alice (0), Bob (1), Chuck (2), David (3), and Eve (4). Similarly, the columns are labeled with the same names and numbers. - **Cell Values**: Each cell in the grid is marked with an "F," which typically represents the false state of the proposition involving the respective row and column individuals. **Detailed Explanation of the Grid:** - Alice (Row 0) is false with Bob (Column 1), Chuck (Column 2), David (Column 3), and Eve (Column 4). - Bob (Row 1) is false with Alice (Column 0), Chuck (Column 2), David (Column 3), and Eve (Column 4). - Chuck (Row 2) is false with Alice (Column 0) and Bob (Column 1). - David (Row 3) is false with Alice (Column 0) and Bob (Column 1). - Eve (Row 4) is false with Alice (Column 0). This setup is often used to evaluate logical propositions or relationships in logic puzzles or games, where each "F" indicates a certain condition is false.
Transcribed Image Text:The image depicts a table representing the truth values of a proposition involving five individuals: Alice, Bob, Chuck, David, and Eve. The table is structured as a grid with rows and columns labeled by the individuals' names. The grid consists of the following: - **Rows and Columns**: Each row and column intersect to form a cell in the grid. The rows are labeled Alice (0), Bob (1), Chuck (2), David (3), and Eve (4). Similarly, the columns are labeled with the same names and numbers. - **Cell Values**: Each cell in the grid is marked with an "F," which typically represents the false state of the proposition involving the respective row and column individuals. **Detailed Explanation of the Grid:** - Alice (Row 0) is false with Bob (Column 1), Chuck (Column 2), David (Column 3), and Eve (Column 4). - Bob (Row 1) is false with Alice (Column 0), Chuck (Column 2), David (Column 3), and Eve (Column 4). - Chuck (Row 2) is false with Alice (Column 0) and Bob (Column 1). - David (Row 3) is false with Alice (Column 0) and Bob (Column 1). - Eve (Row 4) is false with Alice (Column 0). This setup is often used to evaluate logical propositions or relationships in logic puzzles or games, where each "F" indicates a certain condition is false.
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