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Problem definition: We want to write a Python program for n players, which are playing a tournament. In this competition players solve 5 simple arithmetic problems. The arithmetic problems consist of simple addition operations of the form: питberl + nuтber2 %3D where the operands number1 and number2 are randomly generated. Initially your program displays a menu to enter the number of players and the difficulty level as shown in figure 1: Tournament_ quiz Enter number of players : 3 Player 1 Level: E or e for Easy - A or a for Advanced level level Enter your choice : x Incorrect input try again Level: - E or e for Easy - A or a for Advanced level level Enter your choice : E Figure 1 Program initial menu The difficulty level determines the number of digits in the operands number1 and number2: Easy level means the operands consists of a unique digit (0, 1, 2,.., 9). Advanced level means the operands consists of two digits (10, 11,..., 99). Use the random number generator to determine number1 and number2. After the player chooses the difficulty level, your program displays the 5 problems. For instance, the sample below could be given in case where the player chooses advanced level: 40 + 90 = 34 + 88 = 23 + 65 = 14 + 38 = 53 + 65 =

Problem definition: We want to write a Python program for n players, which are playing a tournament. In this competition players solve 5 simple arithmetic problems. The arithmetic problems consist of simple addition operations of the form: питberl + nuтber2 %3D where the operands number1 and number2 are randomly generated. Initially your program displays a menu to enter the number of players and the difficulty level as shown in figure 1: Tournament_ quiz Enter number of players : 3 Player 1 Level: E or e for Easy - A or a for Advanced level level Enter your choice : x Incorrect input try again Level: - E or e for Easy - A or a for Advanced level level Enter your choice : E Figure 1 Program initial menu The difficulty level determines the number of digits in the operands number1 and number2: Easy level means the operands consists of a unique digit (0, 1, 2,.., 9). Advanced level means the operands consists of two digits (10, 11,..., 99). Use the random number generator to determine number1 and number2. After the player chooses the difficulty level, your program displays the 5 problems. For instance, the sample below could be given in case where the player chooses advanced level: 40 + 90 = 34 + 88 = 23 + 65 = 14 + 38 = 53 + 65 =

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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Problem definition: We want to write a Python program for n players, which are playing a tournament. In this competition players solve 5 simple arithmetic problems. The arithmetic problems consist of simple addition operations of the form: number1 + number2 = where the operands numberl and number2 are randomly generated. Initially your program displays a menu to enter the number of players and the difficulty level as shown in figure 1: Tournament_ quiz Enter number of players 3 Player 1 Level: - E or e for Easy - A or a for Advanced level level Enter your choice : x Incorrect input try again Level: - E or e for Easy - A or a for Advanced level level Enter your choice : E Figure 1 Program initial menu The difficulty level determines the number of digits in the operands numberl and number2: Easy level means the operands consists of a unique digit (0, 1, 2,., 9). Advanced level means the operands consists of two digits (10, 11,..., 99). Use the random number generator to determine number1 and number2. After the player chooses the difficulty level, your program displays the 5 problems. For instance, the sample below could be given in case where the player chooses advanced level: 40 + 90 = 34 + 88 = 23 + 65 = 14 + 38 = 53 + 65 =
Transcribed Image Text:Problem definition: We want to write a Python program for n players, which are playing a tournament. In this competition players solve 5 simple arithmetic problems. The arithmetic problems consist of simple addition operations of the form: number1 + number2 = where the operands numberl and number2 are randomly generated. Initially your program displays a menu to enter the number of players and the difficulty level as shown in figure 1: Tournament_ quiz Enter number of players 3 Player 1 Level: - E or e for Easy - A or a for Advanced level level Enter your choice : x Incorrect input try again Level: - E or e for Easy - A or a for Advanced level level Enter your choice : E Figure 1 Program initial menu The difficulty level determines the number of digits in the operands numberl and number2: Easy level means the operands consists of a unique digit (0, 1, 2,., 9). Advanced level means the operands consists of two digits (10, 11,..., 99). Use the random number generator to determine number1 and number2. After the player chooses the difficulty level, your program displays the 5 problems. For instance, the sample below could be given in case where the player chooses advanced level: 40 + 90 = 34 + 88 = 23 + 65 = 14 + 38 = 53 + 65 =
The player has a maximum of two tries for each question. If the player first answer's is correct, the next problem is presented, otherwise she/he is given a second try. Each correct answer is worth 1 mark. At the end of the quiz, the program displays for each player, The number of correct answers, The number of tries, and The score. The score is calculated by dividing the number of correct answers by number of tries. The program then prints a report of the results to an output file. The report has a tabular format, where each row is the record of each player (Figure 2). The table consists of the following four columns: Player's number, Number of correct answers, Number of tries, and Score The output file name consists of your name and your ID, e.g. Ahmed_14532.txt. Tournament Quiz no_corr_ans playr_num no_tries score 4 7 0.57 2 4 0.67 Figure 2: Sample output file
Transcribed Image Text:The player has a maximum of two tries for each question. If the player first answer's is correct, the next problem is presented, otherwise she/he is given a second try. Each correct answer is worth 1 mark. At the end of the quiz, the program displays for each player, The number of correct answers, The number of tries, and The score. The score is calculated by dividing the number of correct answers by number of tries. The program then prints a report of the results to an output file. The report has a tabular format, where each row is the record of each player (Figure 2). The table consists of the following four columns: Player's number, Number of correct answers, Number of tries, and Score The output file name consists of your name and your ID, e.g. Ahmed_14532.txt. Tournament Quiz no_corr_ans playr_num no_tries score 4 7 0.57 2 4 0.67 Figure 2: Sample output file
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