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| # | Exercise Title | Features | Description | Platform | Keywords |
|---|---|---|---|---|---|
| 1 | Algorithm Analysis Chapter Summary Questions: CS2 | Question, Battery | Battery of self-assessment questions on Algorithm Analysis. Suitable for a CS2 course. | OpenDSA | Algorithm Analysis |
| 2 | Algorithm Analysis Chapter Summary Questions: CS3 | Question, Battery | Battery of self-assessment questions on Algorithm Analysis. Suitable for a post-CS2 Data Structures and Algorithms course. | OpenDSA | Algorithm Analysis |
| 3 | Algorithm Analysis Lower Bounds Practice Exercise | Question, Battery | Battery of self-assessment questions on the distinction between problems, algorithms, and programs. | OpenDSA | Growth Rate, Lower Bound |
| 4 | Common Algorithm Analysis Misconceptions Practice Questions | Question, Battery | Battery of self-assessment questions related to misconceptions in asymptoic algorithm analysis. | OpenDSA | Algorithm Analysis, Misconception |
| 5 | Problems, Algorithms, and Programs Exercise | Question, Battery | Battery of self-assessment questions on lower bounds and the relationship of various growth rates. | OpenDSA | Problem, Algorithm, Program |
| 6 | Faster Computer or Faster Algorithm Exercise | Question, Battery | Battery of self-assessment questions on the distinction between speeding a computer processor vs. reducing computational complexity of an algorithm | OpenDSA | Problem, Algorithm, Program |
| 7 | FFT Algorithm Proficiency Exercise | Tracing Exercise | Proficiency exercise for the Fast Fourier Transform algorithm. | OpenDSA | Polynomial Multiplication, Fast Fourier Transform |
| 8 | Problem, Algorithm, and Program definitions | Presentation | Slideshow illustrating the differences between problems, algorithms, and programs. | OpenDSA | Problem, Algorithm, Program |
| 9 | Practicing quick sort algorithm |
Construct a function that implements quick sort algorithm. The partition() function has been pre defined and displayed below. Consider data is... |
jsParsons | recursion, search algorithms, sorting, sorting algorithms | |
| 10 | Binary Search Algorithm Worst Case Analysis Recurrence Visualization | Algorithm Analysis Presentation | Slideshow illustrating Binary Search worst case analysis through analysis of its recurrence relation. | OpenDSA | Binary Search, Algorithm Analysis, Recurrence Relation |
| 11 | Kruskal's Minimal-Cost Spanning Tree Algorithm slideshow | Algorithm Visualization | Slideshow demonstrating Kruskal's algorithm for constructing the minimal cost spanning tree for a graph. | OpenDSA | Minimal-Cost Spanning Tree |
| 12 | Prim's Minimal-Cost Spanning Tree Algorithm slideshow | Algorithm Visualization | Slideshow demonstrating Prim's algorithm for constructing the minimal cost spanning tree for a graph. | OpenDSA | Minimal-Cost Spanning Tree |
| 13 | Binary Search Algorithm | Algorithm Visualization, Code Tracing Presentation | Slideshow illustrating Binary Search and presenting its analysis. | OpenDSA | Binary Search, Algorithm Analysis |
| 14 | Dijkstra's Single-Source Shortest Paths Algorithm | Algorithm Visualization | Slideshow demonstrating the Dijkstra's single-source shortest paths algorithm. | OpenDSA | Shortest Path Problem |
| 15 | Introduction to Data Structures and Algorithms Review Questions | Question, Battery | Data Structures introduction battery of self-assessment questions. | OpenDSA | Data Structures |
| 16 | Data Types Functions | Python PredictingFinalResult for demonstrating Data Types Functions | QuizPET | algorithm analysis, data types, functions | |
| 17 | Data Types Module | Python PredictingFinalResult for demonstrating Data Types Module | QuizPET | algorithm analysis, data types, functions | |
| 18 | File processing 2 | Python PredictingFinalResult for demonstrating File processing 2 | QuizPET | algorithm analysis, file i/o | |
| 19 | File processing 3 | Python PredictingFinalResult for demonstrating File processing 3 | QuizPET | algorithm analysis, file i/o | |
| 20 | two simple functions | Python PredictingFinalResult for demonstrating two simple functions | QuizPET | algorithm analysis, functions | |
| 21 | Nested for loop | Python PredictingFinalResult for demonstrating Nested for loop | QuizPET | algorithm analysis, for loop, nested loops | |
| 22 | Nested For and While Loop | Python PredictingFinalResult for demonstrating Nested For and While Loop | QuizPET | algorithm analysis, for loop, nested loops | |
| 23 | nested if-elif | Python PredictingFinalResult for demonstrating nested if-elif | QuizPET | algorithm analysis, control flow, if statement, if-else statement | |
| 24 | nested while | Python PredictingFinalResult for demonstrating nested while | QuizPET | algorithm analysis, loops, nested loops, while loop | |
| 25 | account objects | Python PredictingFinalResult for demonstrating account objects | QuizPET | algorithm analysis, classes, data structures, objects, stacks | |
| 26 | Odd or Even | Construct a program that goes through a list of numbers and prints out whether they are odd or even. | jsParsons | algorithm analysis, for loop, loops | |
| 27 | Modulo is Even | Construct a function that will return True if a given number is even, otherwise false. | jsParsons | algorithm analysis, functions, if-else statement | |
| 28 | Nested Calls | First define a calculate function and then define double function (that returns the given value doubled). Then write a program... | jsParsons | algorithm analysis, functions | |
| 29 | Nested ifs | Construct a program that prints out a sentence depending on the time of day. Night is considered to be before... | jsParsons | algorithm analysis, control flow, if statement, if-else statement | |
| 30 | Practicing using nested while and for loops | Construct a program to print a multiplication chart given the chart_size. Assume that chart_size is set to a positive integer. | jsParsons | algorithm analysis, for loop, nested loops | |
| 31 | Nested Loops | Construct a program that first prints out 15, then 14, then 12, then 9 and finally 5 on consecutive lines. | jsParsons | algorithm analysis, nested loops, while loop | |
| 32 | Practicing nested while loops | Construct a program to print an upside-down right triangle. Assume that 'size' is defined, and holds an integer value. | jsParsons | algorithm analysis, nested loops, while loop | |
| 33 | Practicing searching the index of the min and max elements | Construct a program that finds the indexes of both the max and min elements in a list. num_list is a... | jsParsons | algorithm analysis, recursion, search algorithms, sorting algorithms | |
| 34 | Files 1 | Python CodeVisualization for demonstrating Files 1 | JSVEE | algorithm analysis, file i/o | |
| 35 | Files 2 | Python CodeVisualization for demonstrating Files 2 | JSVEE | algorithm analysis, file i/o | |
| 36 | Functions 3 | Python CodeVisualization for demonstrating Functions 3 | JSVEE | algorithm analysis, functions | |
| 37 | If El If Else | Python CodeVisualization for demonstrating If El If Else | JSVEE | algorithm analysis, control flow, if statement, if-else statement | |
| 38 | Nested If | Python CodeVisualization for demonstrating Nested If | JSVEE | algorithm analysis, control flow, if statement, if-else statement | |
| 39 | ae_python_class1 | Python CodeVisualization for demonstrating ae_python_class1 | JSVEE | algorithm analysis, classes, data structures, objects, stacks | |
| 40 | ae_python_class2 | Python CodeVisualization for demonstrating ae_python_class2 | JSVEE | algorithm analysis, classes, data structures, objects, stacks | |
| 41 | Partition | Python CodeVisualization for demonstrating Partition | JSVEE | algorithm analysis, list, nested loops | |
| 42 | Analyzing Problems Practice Questions | Question, Battery | Battery of self-assessment questions about asymptotic analysis and analyzing problems. | OpenDSA | Algorithm Analysis, Analyzing Problems |
| 43 | Program Code Analysis Practice Questions | Question, Battery | Battery of self-assessment questions about asymptotic analysis and analyzing programs. | OpenDSA | Algorithm Analysis, Analyzing Programs |
| 44 | (Searching) Binary search - CSEdPad | This program uses binary search algorithm to search the index, where "index will be the rank of prizes you get... | AnnEx | search algorithms | |
| 45 | Comparing Growth Rates Exercise | Question, Battery | Battery of self-assessment questions that lets users pick which growth rate is cheapest from several choices. | OpenDSA | Problem, Algorithm, Program |
| 46 | Growth Rates Ordering Exercise | Question, Battery | Battery of self-assessment questions that lets users put several growth rates in order. | OpenDSA | Problem, Algorithm, Program |
| 47 | Asymptotic Analysis and Upper Bounds Exercise | Question, Battery | Battery of self-assessment questions about asymptotic analysis and upper bounds. | OpenDSA | Problem, Algorithm, Program |
| 48 | Best, Worst, and Average cases slideshow | Presentation | Slideshow illustrating analysis when there are different inputs of a given size. | OpenDSA | Problem, Algorithm, Program |
| 49 | Simple analysis cases slideshow | Presentation | Slideshow illustrating analysis when there is only one input of a given size. | OpenDSA | Problem, Algorithm, Program |
| 50 | Lower Bounds Misconceptions | Presentation | Slideshow illustrating lower bounds analysis and discussing various associated misconceptions. | OpenDSA | Problem, Algorithm, Program |
| 51 | Misunderstanding Examples: Graph Visualization | Presentation | Slideshow illustrating various growth rate behaviors. | OpenDSA | Problem, Algorithm, Program |
| 52 | Misconceptions Related to Upper Bounds | Presentation | Slideshow illustrating various misconceptions that can occur related to upper bounds asymptotic analysis. | OpenDSA | Problem, Algorithm, Program |
| 53 | Finding elements in a list | Python BehaviorExample for demonstrating Finding elements in a list | WebEx | search algorithms | |
| 54 | String Index Search | Python BehaviorExample for demonstrating String Index Search | WebEx | search algorithms, strings | |
| 55 | (Sorting) Bubble sort - CSEdPad | Sort a given unsorted array using bubble sort in ascending order | AnnEx | sorting algorithms | |
| 56 | Updating elements to the new list | Construct a function which finds even numbers from the list given as a parameter, calculates the square of each such... | jsParsons | search algorithms | |
| 57 | Updating required elements to the new list | Construct a program which finds even numbers from the original list, calculates the square of each such number and adds... | jsParsons | search algorithms | |
| 58 | Updating the elements to the new list | Construct a function which finds even numbers from the list given as a parameter, calculates the square of each such... | jsParsons | search algorithms | |
| 59 | Creating a function that checks if the string is a palindrome or not. | Construct a program which determines whether the original string is a palindrome. The function should be case insensitive i.e. upper... | jsParsons | search algorithms | |
| 60 | Find Max2 | Python CodeVisualization for demonstrating Find Max2 | JSVEE | search algorithms | |
| 61 | Find Target | Python CodeVisualization for demonstrating Find Target | JSVEE | search algorithms | |
| 62 | Selection Sort2 | Python CodeVisualization for demonstrating Selection Sort2 | JSVEE | sorting algorithms | |
| 63 | Two-dimensional List 2 | Python PredictingFinalResult for demonstrating Two-dimensional List 2 | QuizPET | 2d list, algorithm analysis, list | |
| 64 | Two-dimensional List 4 | Python PredictingFinalResult for demonstrating Two-dimensional List 4 | QuizPET | 2d list, algorithm analysis, classes, data structures, list, stacks | |
| 65 | Union/Find Proficiency Exercise | Tracing Exercise | Proficiency exercise for the Union/Find algorithm to maintain a collection of disjoint sets. User must show the complete sequence of... | OpenDSA | Union/Find Algorithm |
| 66 | Union/Find with Path Compression Examaple Slideshow | Algorithm Visualization, Code Tracing Presentation | Slideshow demonstrating the path compression optimization for Union/Find. Shows the parent pointer representation used to maintain the set information. | OpenDSA | Union/Find Algorithm, Disjoint Set |
| 67 | Union/Find Examaple Slideshow | Algorithm Visualization, Code Tracing Presentation | Slideshow demonstrating processing of a series of union operations on a collection of disjoint sets. Shows the parent pointer representation... | OpenDSA | Union/Find Algorithm, Disjoint Set |
| 68 | Skip List Insert Slideshow | Algorithm Visualization | Slideshow showing examples of insertion into a Skip List. | OpenDSA | Skip List, Randomized Algorithm |
| 69 | Skip List Delete Slideshow | Algorithm Visualization | Slideshow showing examples of deletion from a Skip List. | OpenDSA | Skip List, Randomized Algorithm |
| 70 | Bubble sort 1 | Python PredictingFinalResult for demonstrating Bubble sort 1 | QuizPET | recursion, search algorithms, sorting, sorting algorithms | |
| 71 | Bubble sort 2 | Python PredictingFinalResult for demonstrating Bubble sort 2 | QuizPET | recursion, search algorithms, sorting, sorting algorithms | |
| 72 | Max index search | Python PredictingFinalResult for demonstrating Max index search | QuizPET | recursion, search algorithms, sorting algorithms | |
| 73 | Recursing Pascal | Python PredictingFinalResult for demonstrating Recursing Pascal | QuizPET | recursion, search, search algorithms, sorting, sorting algorithms | |
| 74 | Recursion 1 | Python PredictingFinalResult for demonstrating Recursion 1 | QuizPET | recursion, search, search algorithms, sorting, sorting algorithms | |
| 75 | Sequential search | Python PredictingFinalResult for demonstrating Sequential search | QuizPET | recursion, search, search algorithms, sorting, sorting algorithms | |
| 76 | Construct a function that sorts a numeric array using Merge Sort. |
Construct a merge function that recursively splits a numeric array and takes a list as a parameter called data. Consider that... |
jsParsons | recursion, search algorithms, sorting, sorting algorithms | |
| 77 | Creating a function that checks if the string is a palindrome or not. | Construct a function which determines whether the string given as a paramter is a palindrome. The function should be case... | jsParsons | recursion, search algorithms, sorting algorithms, strings | |
| 78 | Creating a function that checks if the string is a palindrome or not. | Construct a function which determines whether the string given as a paramter is a palindrome. The function should be case... | jsParsons | recursion, search algorithms | |
| 79 | Recursive Factorial | Define a function that returns the factorial of a given positive integer. | jsParsons | functions, recursion, search, search algorithms, sorting, sorting algorithms | |
| 80 | Practicing searching the index of the min element | Construct a program that finds the index of the minimum element in a list. num_list is a test case where... | jsParsons | recursion, search algorithms, sorting algorithms | |
| 81 | Bubble Sort Best | Python CodeVisualization for demonstrating Bubble Sort Best | JSVEE | recursion, search algorithms, sorting, sorting algorithms | |
| 82 | Bubble Sort Worst | Python CodeVisualization for demonstrating Bubble Sort Worst | JSVEE | recursion, search algorithms, sorting, sorting algorithms | |
| 83 | Recursion Greatest Divisor | Python CodeVisualization for demonstrating Recursion Greatest Divisor | JSVEE | functions, recursion, search, search algorithms, sorting, sorting algorithms | |
| 84 | Selection Sort | Python CodeVisualization for demonstrating Selection Sort | JSVEE | recursion, search, search algorithms, sorting, sorting algorithms | |
| 85 | Buffer Pool Visualization | Algorithm Visualization, User Supplied Data | Algorithm Visualization for buffer pools. User can selectreplacement heuristic, pool size, and input data for the visualization. | OpenDSA | Buffer Pool |
| 86 | Buddy Method Memory Manager Visualization | Algorithm Visualization, User Supplied Data | Algorithm Visualization for the buddy method memory manager. User can select data for the visualization. | OpenDSA | Buddy Method Memory Manager |
| 87 | First Fit Memory Manager Visualization | Algorithm Visualization, User Supplied Data | Algorithm Visualization for various sequential memory manager schemes. User can select data for the visualization. Multiple versions are available: First... | OpenDSA | Sequential Fit Memory Manager |
| 88 | Applicative-order reduction Proficiency Exercise | Tracing Exercise | Algorithm Proficiency Exercise for determining applicative-order reduction in Lambda Calculus expressions. | OpenDSA | Lambda Calculus |
| 89 | Parsing an Expression | Algorithm Visualization, User Supplied Data | Algorithm Visualization for generating the parse tree of a user-supplied mathematical expression. Demonstrates that the associated grammar enforces the correct... | OpenDSA | Parse Tree |
| 90 | Practicing Lambda Calculus Reduction | Tracing Exercise | Algorithm Proficiency Exercise for determining reduction orders in Lambda Calculus expressions. | OpenDSA | Lambda Calculus |
| 91 | Normal-order reduction Proficiency Exercise | Tracing Exercise | Algorithm Proficiency Exercise for determining normal-order reduction in Lambda Calculus expressions. | OpenDSA | Lambda Calculus |
| 92 | Bubble Sort Visualization | Algorithm Visualization, Code Tracing Presentation, User Supplied Data | Algorithm Visualization for Bubble Sort. Includes code visualization. User can select data for the visualization. | OpenDSA | Bubble Sort |
| 93 | Insertion Sort Visualization | Algorithm Visualization, User Supplied Data | Algorithm Visualization for Insertion Sort. Includes code visualization. User can select data for the visualization. | OpenDSA | Insertion Sort |
| 94 | Mergesort Visualization | Algorithm Visualization, User Supplied Data | Algorithm Visualization for Mergesort. User can select data for the visualization. | OpenDSA | Mergesort |
| 95 | Quicksort Visualization | Algorithm Visualization, User Supplied Data | Algorithm Visualization for Quicksort. User can select data for the visualization. | OpenDSA | Quicksort |
| 96 | Radix Sort Visualization: Array Implementation | Algorithm Visualization, User Supplied Data | Algorithm Visualization for Radix Sort, implemented using arrays. User can select data for the visualization. | OpenDSA | Radix Sort |
| 97 | Radix Sort Visualization: Linked List Implementation | Algorithm Visualization, User Supplied Data | Algorithm Visualization for Radix Sort, implemented using linked lists. User can select data for the visualization. | OpenDSA | Radix Sort |
| 98 | Selection Sort Visualization | Algorithm Visualization, Code Tracing Presentation, User Supplied Data | Algorithm Visualization for Selection Sort. Includes code visualization. User can select data for the visualization. | OpenDSA | Selection Sort |
| 99 | Shellsort Visualization | Algorithm Visualization, Code Tracing Presentation, User Supplied Data | Algorithm Visualization for Shellsort. User can select data for the visualization. | OpenDSA | Shellsort |
| 100 | Bintree Visualization | Algorithm Visualization | Algorithm Visualization for the Bintree data structure. | OpenDSA | PR Quadtree |
| 101 | KD Tree Visualization | Algorithm Visualization | Algorithm Visualization illustrating the KD Tree. | OpenDSA | KD Tree |
| 102 | PR Quadtree Two Points Visualization | Algorithm Visualization | Algorithm Visualization for the PR Quadtree with up to two points per node. | OpenDSA | PR Quadtree |
| 103 | PR Quadtree Visualization | Algorithm Visualization | Algorithm Visualization for the PR Quadtree with one point per node. | OpenDSA | PR Quadtree |
| 104 | Multiway Merge Proficiency Exercise | Tracing Exercise | Interactive algorithm proficiency exercise for multiway merge. User clicks on positions in the array to reproduce the behavior of multiway... | OpenDSA | File Processing, External Sorting, Multiway Merge |
| 105 | Replacement Selection Proficiency Exercise | Tracing Exercise | Interactive algorithm proficiency exercise for the replacement selection algorithm. User clicks on heap nodes to reproduce the behavior of replacement... | OpenDSA | File Processing, External Sorting, Replacement Selection |
| 106 | Insertion Sort Optimized with Shifting Proficiency Exercise | Tracing Exercise | Interactive algorithm proficiency exercise for optimized Insertion Sort. User clicks on array elements to reproduce the behavior of Insertion Sort... | OpenDSA | Insertion Sort, Code Tuning |
| 107 | Bintree Interactive Visualization | Algorithm Visualization, User Supplied Data | Interactive Algorithm Visualization for the Bintree data structure. User can click to indicate where a point should be inserted or... | OpenDSA | Bintree |
| 108 | csedpad.22.Searching.searching(binarysearch)_1 | This program uses the binary search algorithm to search the index, where "index will be the rank of prizes you... | PCEX | ||
| 109 | csedpad.22.Searching.searching(linearsearch) | This program implements Linear Search Algorithm to take the size of the array and then if a user inputs lets... | PCEX | ||
| 110 | DFA Exercise: Minimize the Number of State Exercise 1 | Automata Construction Exercise | User shows the steps in the algorithm to minimize the states in a given DFA. Exercise 1. | OpenDSA | Deterministic Finite Automata |
| 111 | DFA Exercise: Minimize the Number of State Exercise 2 | Automata Construction Exercise | User shows the steps in the algorithm to minimize the states in a given DFA. Exercise 2. | OpenDSA | Deterministic Finite Automata |
| 112 | Heap Inefficient Build Slideshow | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing a naive heap building algorithm. | OpenDSA | Heap |
| 113 | Heap Build Slideshow | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing the efficient heap buiding algorithm. | OpenDSA | Heap |
| 114 | Huffman Coding Tree Slideshow: Build | Algorithm Visualization | Slideshow visualizing the Huffman Coding Tree construction algorithm: Building the tree from a collection of weighted elements. | OpenDSA | Huffman Coding Tree |
| 115 | External Replacement Selection Slideshow | Algorithm Visualization | Slideshow illustrating the replacement selection algorithm, used for external sorting. | OpenDSA | File Processing, External Sorting, Replacement Selection |
| 116 | Breadth-first graph traversal slideshow | Algorithm Visualization | Slideshow demonstrating the breadth-first search algorithm for traversing a graph. | OpenDSA | Breadth-First Search |
| 117 | Depth-first graph traversal slideshow | Algorithm Visualization | Slideshow demonstrating the depth-first search algorithm for traversing a graph. | OpenDSA | Depth-First Search |
| 118 | Depth-First Topological Sort Slideshow | Algorithm Visualization | Slideshow demonstrating the depth-first topological sort algorithm. | OpenDSA | Topological Sort |
| 119 | Queue-Based Topological Sort Slideshow | Algorithm Visualization | Slideshow demonstrating the queue-based topological sort algorithm. | OpenDSA | Topological Sort |
| 120 | Programmed Instruction: DFA Minimization Example 1 | Programmed Instruction | Programmed Instruction Frameset presenting the algorithm to minimize the number of states in a DFA: Example 1. | OpenDSA | Deterministic Finite Automata |
| 121 | Programmed Instruction: DFA Minimization Example 2 | Programmed Instruction | Programmed Instruction Frameset presenting the algorithm to minimize the number of states in a DFA: Example 2. | OpenDSA | Deterministic Finite Automata |
| 122 | Programmed Instruction: DFA Minimization | Programmed Instruction | Programmed Instruction Frameset presenting the algorithm to minimize the number of states in a DFA. | OpenDSA | Deterministic Finite Automata |
| 123 | Heapsort Visualization Slideshow | Algorithm Visualization | Slideshow showing a visualization of the Heapsort algorithm. | OpenDSA | Heapsort |
| 124 | csedpad.22.Searching.searching(binarysearch) | This program implements Binary Search using a recursive algorithm (recursion is used in this algorithm | PCEX | ||
| 125 | Radix Sort Profiency Exercise | Tracing Exercise | Proficiency exercise for a pass of the Radix Sort algorithm. User must indicate how values in one array are moved... | OpenDSA | Quicksort |
| 126 | Heap Build Proof Slideshow | Code Tracing Presentation, Algorithm Visualization | Slideshow visualizing the cost of the efficient heap buiding algorithm, showing that it is a linear-time algorithm. | OpenDSA | Heap |
| 127 | Multiway Merge Slideshow | Algorithm Visualization | Slideshow illustrating multiway merge in an external sorting algorithm. | OpenDSA | File Processing, External Sorting, Mergesort, Multiway Merge |
| 128 | Inheritance and Polymorphism: Review Questions 3 | Question, Battery | Inheritance and Polymorphism battery of self-assessment questions: Developing algorithms. | OpenDSA | Class Hierarchy, Inheritance |
| 129 | Motivation for External Sorting Slideshow | Algorithm Visualization | Slideshow illustrating standard Mergesort does not make for an optimal external sorting algorithm. | OpenDSA | File Processing, External Sorting |
| 130 | Mergesort Modified for External Sorting | Algorithm Visualization | Slideshow illustrating simple modifications to Mergesort to make a better external sorting algorithm. | OpenDSA | File Processing, External Sorting, Mergesort |
| 131 | csedpad.21.Sorting.no_topic | Given a list of unsorted game cards, sort them in ascending order using the insertion sort algorithm. | PCEX | ||
| 132 | csedpad.21.Sorting.no_topic_1 | Given a list of unsorted game cards, sort them in ascending order using the quick sort algorithm. | PCEX | ||
| 133 | Binary Search Proficency Exercise | Tracing Exercise | Interactive exercise where users indicate which elements of the array should be searched to reproduce the binary search algorithm's behavior. | OpenDSA | Binary Search |
| 134 | Tree traversal. | The tree can be traversed by deciding on a sequence to visit each node. There are three traversal algorithms: in-order... | PCEX | ||
| 135 | Tree traversal. | The tree can be traversed by deciding on a sequence to visit each node. There are three traversal algorithms: in-order... | PCEX | ||
| 136 | Practicar el algoritmo de ordenación rápida (Quick Sort) | Construye una funcion que implemente el algoritmo de ordenamiento rapido. La funcion de particion() ha sido predefinida y se muestra... | jsParsons | ||
| 137 | c_strukture_i_nizovi_challenge | Napisati program u programskom jeziku C koji radi sa strukturom `Proizvod` koja sadrži naziv proizvoda i njegovu cijenu. U programu... | PCEX | ||
| 138 | c_selection_sort | Napisati program koji traži unos niza od 10 realnih brojeva sa tastature. Niz je zatim potrebno sortirati u rastućem redoslijedu... | PCEX | ||
| 139 | c_strukture_i_nizovi | Napisati program u programskom jeziku C koji omogućava rad sa studentima koristeći strukture i nizove. Potrebno je definisati strukturu Student... | PCEX | ||
| 140 | c_strukture_i_nizovi_pokazivaci | Napisati program koji omogućava rad sa studentima koristeći strukture i nizove. Potrebno je definisati strukturu Student koja sadrži ime i... | PCEX |