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Sorting smallest to largest, draw this array after: a) Two iterations of Bubble Sort b) Two iterations of the outer (big) loop of Selection Sort c) Two iterations of the outer (big) loop Insertion Sort Show transcribed image text

Sorting smallest to largest, draw this array after: a) Two iterations of Bubble Sort b) Two iterations of the outer (big) loop of Selection Sort c) Two iterations of the outer (big) loop Insertion Sort Show transcribed image text

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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Given this array:

 

Sorting smallest to largest, draw this array after:

a) Two iterations of Bubble Sort

b) Two iterations of the outer (big) loop of Selection Sort

c) Two iterations of the outer (big) loop Insertion Sort

Show transcribed image text

### Array Visualization In this section, we will discuss the visual representation of a one-dimensional array, which is a common data structure in computer science. #### Array Contents: The provided image shows a one-dimensional array consisting of 10 elements. The elements of the array, from left to right, are as follows: - Index 0: 3 - Index 1: 7 - Index 2: 0 - Index 3: 9 - Index 4: 1 - Index 5: 4 - Index 6: 6 - Index 7: 5 - Index 8: 8 - Index 9: 10 Each number is enclosed within a rectangular box, indicating it is an element of an array located at a specific index. Arrays are useful for storing multiple items of the same type together and are indexed, usually starting from 0. #### Explanation: An array is a collection of items stored at contiguous memory locations. This means that it can hold multiple values under a single variable name and is accessed using indexes. Indexing typically starts at 0, so the first element in this array is at index 0, the second element is at index 1, and so on. Arrays are particularly useful for storing data that has an intrinsic order, such as lists of numbers, and for implementing other data structures like lists, stacks, queues, and matrices. #### Applications: Arrays are utilized in various real-world applications including: - Storing and sorting data - Managing collections of data in databases - Implementing mathematical vectors and matrices - Buffering in video and audio streaming Understanding how to visualize and manipulate arrays is a fundamental skill in programming and algorithm design. ### Conclusion The array shown is a straightforward implementation of a basic data structure that forms the foundation for more complex data handling and algorithms. By grasping the properties and operations associated with arrays, students can build a solid base for further study in computer science.
Transcribed Image Text:### Array Visualization In this section, we will discuss the visual representation of a one-dimensional array, which is a common data structure in computer science. #### Array Contents: The provided image shows a one-dimensional array consisting of 10 elements. The elements of the array, from left to right, are as follows: - Index 0: 3 - Index 1: 7 - Index 2: 0 - Index 3: 9 - Index 4: 1 - Index 5: 4 - Index 6: 6 - Index 7: 5 - Index 8: 8 - Index 9: 10 Each number is enclosed within a rectangular box, indicating it is an element of an array located at a specific index. Arrays are useful for storing multiple items of the same type together and are indexed, usually starting from 0. #### Explanation: An array is a collection of items stored at contiguous memory locations. This means that it can hold multiple values under a single variable name and is accessed using indexes. Indexing typically starts at 0, so the first element in this array is at index 0, the second element is at index 1, and so on. Arrays are particularly useful for storing data that has an intrinsic order, such as lists of numbers, and for implementing other data structures like lists, stacks, queues, and matrices. #### Applications: Arrays are utilized in various real-world applications including: - Storing and sorting data - Managing collections of data in databases - Implementing mathematical vectors and matrices - Buffering in video and audio streaming Understanding how to visualize and manipulate arrays is a fundamental skill in programming and algorithm design. ### Conclusion The array shown is a straightforward implementation of a basic data structure that forms the foundation for more complex data handling and algorithms. By grasping the properties and operations associated with arrays, students can build a solid base for further study in computer science.
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