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The following is a (silly) decision structure: a,b,c = eval( input('Enter three numbers: ')) if a > b: if b > c: print("Spam Please!") else: print("It's a late pa rrot!") elif b > c: print("Cheese Shoppe") if a >= c: print("Cheddar") elif a < b: print("Gouda") elif c == b: print("Swiss") else: print("Trees") if a == b: print("Chestnut")

The following is a (silly) decision structure: a,b,c = eval( input('Enter three numbers: ')) if a > b: if b > c: print("Spam Please!") else: print("It's a late pa rrot!") elif b > c: print("Cheese Shoppe") if a >= c: print("Cheddar") elif a < b: print("Gouda") elif c == b: print("Swiss") else: print("Trees") if a == b: print("Chestnut")

Database System Concepts
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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### A Silly Decision Structure The following is a (silly) decision structure: ```python a, b, c = eval(input('Enter three numbers: ')) if a > b: if b > c: print("Spam Please!") else: print("It's a late parrot!") elif b > c: print("Cheese Shoppe") if a >= c: print("Cheddar") elif a < b: print("Gouda") elif c == b: print("Swiss") else: print("Trees") if a == b: print("Chestnut") ``` This script begins by prompting the user to enter three numbers, which are then evaluated and stored in variables `a`, `b`, and `c`. 1. **First Condition (`if a > b`):** - If `a` is greater than `b`, it checks whether `b` is also greater than `c`. - If `b` is greater than `c`, it prints "Spam Please!". - Otherwise, it prints "It's a late parrot!" 2. **Second Condition (`elif b > c`):** - If the first condition is not met and `b` is greater than `c`, it prints "Cheese Shoppe" and proceeds with additional nested conditions: - If `a` is greater than or equal to `c`, it prints "Cheddar". - If `a` is less than `b`, it prints "Gouda". - If `c` is equal to `b`, it prints "Swiss". 3. **Else Condition:** - If none of the above conditions are met, it prints "Trees". - It contains an additional nested condition: - If `a` is equal to `b`, it prints "Chestnut".
Transcribed Image Text:### A Silly Decision Structure The following is a (silly) decision structure: ```python a, b, c = eval(input('Enter three numbers: ')) if a > b: if b > c: print("Spam Please!") else: print("It's a late parrot!") elif b > c: print("Cheese Shoppe") if a >= c: print("Cheddar") elif a < b: print("Gouda") elif c == b: print("Swiss") else: print("Trees") if a == b: print("Chestnut") ``` This script begins by prompting the user to enter three numbers, which are then evaluated and stored in variables `a`, `b`, and `c`. 1. **First Condition (`if a > b`):** - If `a` is greater than `b`, it checks whether `b` is also greater than `c`. - If `b` is greater than `c`, it prints "Spam Please!". - Otherwise, it prints "It's a late parrot!" 2. **Second Condition (`elif b > c`):** - If the first condition is not met and `b` is greater than `c`, it prints "Cheese Shoppe" and proceeds with additional nested conditions: - If `a` is greater than or equal to `c`, it prints "Cheddar". - If `a` is less than `b`, it prints "Gouda". - If `c` is equal to `b`, it prints "Swiss". 3. **Else Condition:** - If none of the above conditions are met, it prints "Trees". - It contains an additional nested condition: - If `a` is equal to `b`, it prints "Chestnut".
Here is the transcription of the provided text for an educational website: --- **Programming Logic Example** ```python print("Trees") if a == b: print("Chestnut") else: print("Larch") print("Done") ``` ### Task: Show the output that would result from each of these possible inputs: **Inputs:** 6, 7, 8 --- **Explanation:** This snippet of code is a simple Python script that demonstrates the use of conditional statements. 1. It prints "Trees". 2. It then evaluates whether the variable `a` is equal to the variable `b`. - If `a` is equal to `b`, it prints "Chestnut". - Otherwise, it prints "Larch". 3. Finally, it prints "Done". To determine the output for different values of `a` and `b`, you would need to run this script with specific values assigned to `a` and `b`. For this exercise, consider the inputs 6, 7, and 8. --- Note: This example assumes that the values for `a` and `b` can be provided or set within the script. Therefore, the exact output would depend on what values are assigned to `a` and `b` for each run of the script.
Transcribed Image Text:Here is the transcription of the provided text for an educational website: --- **Programming Logic Example** ```python print("Trees") if a == b: print("Chestnut") else: print("Larch") print("Done") ``` ### Task: Show the output that would result from each of these possible inputs: **Inputs:** 6, 7, 8 --- **Explanation:** This snippet of code is a simple Python script that demonstrates the use of conditional statements. 1. It prints "Trees". 2. It then evaluates whether the variable `a` is equal to the variable `b`. - If `a` is equal to `b`, it prints "Chestnut". - Otherwise, it prints "Larch". 3. Finally, it prints "Done". To determine the output for different values of `a` and `b`, you would need to run this script with specific values assigned to `a` and `b`. For this exercise, consider the inputs 6, 7, and 8. --- Note: This example assumes that the values for `a` and `b` can be provided or set within the script. Therefore, the exact output would depend on what values are assigned to `a` and `b` for each run of the script.
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