Design, using an IPO chart, a flow chart, pseudocode, or any reasonable combination of these techniques, a module called checkGuess that accepts 2 string inputs. The first input will be the user’s guess and the second input will be a secret letter chosen at random. No Python code is expected or required for this solution. If the first input is alphabetically after the second input, return a value of 1. If the first input is alphabetically before the second input, return a value of -1. If the two inputs are equal return a value of 0. Do not take upper or lower case into consideration. Use your module as part of a design, using an IPO chart, flow chart, pseudocode, or any reasonable combination of these techniques, to solve the following problem. Call your module using pseudocode like CALL checkGuess( op1, op2 ) AS val. Your pseudocode should use your own variable names instead of op1, op2, and val. Be sure to document any assumptions you make along the way in your design. Problem: A person is playing a guessing game in which they have 3 guesses to figure out the computer’s secret letter which will be between A and Z inclusive. If they guess the letter correctly on the first guess the program should stop making them guess and they should get 26 points. If they guess the letter correctly on the second guess the program should stop making them guess and they should get 13 points. If they guess the letter correctly on the third guess, they should get 7 points. After an incorrect guess tell the user if their guess was too high or too low based on the results of checkGuess. If they fail to guess the letter correctly after 3 guesses they get 0 points. Be sure to tell them what score they got.

Programming Logic & Design Comprehensive

9th Edition

ISBN:9781337669405

Author:FARRELL

Publisher:FARRELL

Chapter2: Elements Of High-quality Programs

Section: Chapter Questions

Problem 1GZ

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Design, using an IPO chart, a flow chart, pseudocode, or any reasonable combination of these techniques, a module called checkGuess that accepts 2 string inputs. The first input will be the user’s guess and the second input will be a secret letter chosen at random. No Python code is expected or required for this solution. If the first input is alphabetically after the second input, return a value of 1. If the first input is alphabetically before the second input, return a value of -1. If the two inputs are equal return a value of 0. Do not take upper or lower case into consideration. Use your module as part of a design, using an IPO chart, flow chart, pseudocode, or any reasonable combination of these techniques, to solve the following problem. Call your module using pseudocode like CALL checkGuess( op1, op2 ) AS val. Your pseudocode should use your own variable names instead of op1, op2, and val. Be sure to document any assumptions you make along the way in your design. Problem: A person is playing a guessing game in which they have 3 guesses to figure out the computer’s secret letter which will be between A and Z inclusive. If they guess the letter correctly on the first guess the program should stop making them guess and they should get 26 points. If they guess the letter correctly on the second guess the program should stop making them guess and they should get 13 points. If they guess the letter correctly on the third guess, they should get 7 points. After an incorrect guess tell the user if their guess was too high or too low based on the results of checkGuess. If they fail to guess the letter correctly after 3 guesses they get 0 points. Be sure to tell them what score they got.

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