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Write the code from the following flow chart. Greater than 5 Randomly initialize a list counter = 0 is counter > len(list) Exit if list(counter] > 5: counter += 1 is list(Counter] > 5 print list[Counter]/

Write the code from the following flow chart. Greater than 5 Randomly initialize a list counter = 0 is counter > len(list) Exit if list(counter] > 5: counter += 1 is list(Counter] > 5 print list[Counter]/

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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*Write the code in python.

**Flow Chart Description: Greater than 5** This flow chart provides a visual representation of a program designed to identify and print elements in a randomly initialized list that are greater than 5. Below is a detailed explanation of each step in the flow chart: 1. **Start (Oval)** - The process begins with an oval labeled "Greater than 5." 2. **Randomly Initialize a List (Rectangle)** - The first action is to randomly initialize a list of numbers. 3. **Counter Initialization (Rectangle)** - Set the variable `counter` to 0. This will be used to traverse the list. 4. **Counter Check (Diamond)** - The flow then enters a decision point to check if `counter` is greater than the length of the list (`len(list)`). - If yes (Y), the program exits. - If no (N), proceed to the next decision point. 5. **Value Check (Diamond)** - Another decision point checks if the current list element (`list[counter]`) is greater than 5. - If yes (Y), the value of `list[counter]` is printed. - If no (N), move to increment the counter. 6. **Print (Parallelogram)** - If `list[counter]` is greater than 5, print `list[counter]`. 7. **Increment Counter (Rectangle)** - Increment the `counter` by 1 to move to the next element in the list. 8. **Loop Back** - After incrementing the counter, the flow loops back to the counter check to continue the process for the next list element. **End Condition:** - The program will terminate when all elements in the list have been checked (when `counter > len(list)`). This flow chart effectively demonstrates a simple iteration with conditional checks to filter and display specific data from a list.
Transcribed Image Text:**Flow Chart Description: Greater than 5** This flow chart provides a visual representation of a program designed to identify and print elements in a randomly initialized list that are greater than 5. Below is a detailed explanation of each step in the flow chart: 1. **Start (Oval)** - The process begins with an oval labeled "Greater than 5." 2. **Randomly Initialize a List (Rectangle)** - The first action is to randomly initialize a list of numbers. 3. **Counter Initialization (Rectangle)** - Set the variable `counter` to 0. This will be used to traverse the list. 4. **Counter Check (Diamond)** - The flow then enters a decision point to check if `counter` is greater than the length of the list (`len(list)`). - If yes (Y), the program exits. - If no (N), proceed to the next decision point. 5. **Value Check (Diamond)** - Another decision point checks if the current list element (`list[counter]`) is greater than 5. - If yes (Y), the value of `list[counter]` is printed. - If no (N), move to increment the counter. 6. **Print (Parallelogram)** - If `list[counter]` is greater than 5, print `list[counter]`. 7. **Increment Counter (Rectangle)** - Increment the `counter` by 1 to move to the next element in the list. 8. **Loop Back** - After incrementing the counter, the flow loops back to the counter check to continue the process for the next list element. **End Condition:** - The program will terminate when all elements in the list have been checked (when `counter > len(list)`). This flow chart effectively demonstrates a simple iteration with conditional checks to filter and display specific data from a list.
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