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| # | Exercise Title | Features | Description | Platform | Keywords |
|---|---|---|---|---|---|
| 1 | q_py_data_types_functions_es | Python PredictingFinalResult for demonstrating q_py_data_types_functions_es | QuizPET | functions | |
| 2 | Functions Introduction | Python BehaviorExample for demonstrating Functions Introduction | WebEx | functions | |
| 3 | Functions with Arguments | Python BehaviorExample for demonstrating Functions with Arguments | WebEx | functions | |
| 4 | Functions 1 | Python CodeVisualization for demonstrating Functions 1 | JSVEE | functions | |
| 5 | Functions 2 | Python CodeVisualization for demonstrating Functions 2 | JSVEE | functions | |
| 6 | Functions pass | Python PredictingFinalResult for demonstrating Functions pass | QuizPET | functions, list | |
| 7 | Functions Example 1 | Python BehaviorExample for demonstrating Functions Example 1 | WebEx | functions, if-else statement | |
| 8 | Functions Example 2 | Python BehaviorExample for demonstrating Functions Example 2 | WebEx | functions, while loop | |
| 9 | Functions Basics | Python BehaviorExample for demonstrating Functions Basics | WebEx | while loop | |
| 10 | Functions 3 | Python CodeVisualization for demonstrating Functions 3 | JSVEE | algorithm analysis, functions | |
| 11 | Aggregate-functions query execution 1 | Aggregate-functions query execution 1 | DBQA | ||
| 12 | Aggregate-functions query execution 2 | Aggregate-functions query execution 2 | DBQA | ||
| 13 | Aggregate-functions query execution 3 | Aggregate-functions query execution 3 | DBQA | ||
| 14 | Aggregate-functions query execution 4 | Aggregate-functions query execution 4 | DBQA | ||
| 15 | calculate_Functions.c | C++ BehaviorExample for demonstrating calculate_Functions.c | WebEx | ||
| 16 | py_functions_multiple_parameters | PCEX Set of activities for py_functions_multiple_parameters | PCEX | ||
| 17 | py_functions_multiple_parameters_es | PCEX Set of activities for py_functions_multiple_parameters_es | PCEX | ||
| 18 | character_functions | C++ BehaviorExample for demonstrating character_functions | AnnEx | ||
| 19 | Math Functions | Math Functions | AnnEx | arithmetic operations, variables | |
| 20 | Aggregate Functions (2) | Aggregate Functions (2) | AnnEx | aggregate functions | |
| 21 | Aggregate Functions (2) pt | This is the portuguese version. | AnnEx | aggregate functions | |
| 22 | Aggregate Functions (3) | Aggregate Functions (3) | AnnEx | aggregate functions | |
| 23 | Aggregate Functions (3) pt | This is the portuguese version. | AnnEx | aggregate functions | |
| 24 | Aggregate Functions (4) | Aggregate Functions (4) | AnnEx | aggregate functions | |
| 25 | Aggregate Functions (4) pt | This is the portuguese version. | AnnEx | aggregate functions | |
| 26 | Aggregate Functions (1) | Aggregate Functions (1) | AnnEx | aggregate functions | |
| 27 | Aggregate Functions (1) pt | This is the portuguese version. | AnnEx | aggregate functions | |
| 28 | Hash Functions Exercises | Calculation Exercise | User must give the result of a specified hash function on a specified input. Where appropriate, user is expected to... | OpenDSA | Hash Function |
| 29 | Hash Functions Summary Practice Questions | Question, Battery | A collection of self-practice questions on hash functions. | OpenDSA | Hash Function |
| 30 | Data Types Functions | Python PredictingFinalResult for demonstrating Data Types Functions | QuizPET | algorithm analysis, data types, functions | |
| 31 | two simple functions | Python PredictingFinalResult for demonstrating two simple functions | QuizPET | algorithm analysis, functions | |
| 32 | No Argument Functions | C++ BehaviorExample for demonstrating No Argument Functions | AnnEx | ||
| 33 | DEPRECATED_Math Functions | Java BehaviorExample for demonstrating DEPRECATED_Math Functions | AnnEx | ||
| 34 | Functional Programming: Higher Order Functions 1 | Tracing Exercise | A question related to functional programming languages: higher order functions. | OpenDSA | Functional Programming |
| 35 | Functional Programming: Higher Order Functions 2 | Tracing Exercise | A question related to functional programming languages: higher order functions. | OpenDSA | Functional Programming |
| 36 | Functional Programming: Higher Order Functions 3 | Tracing Exercise | A question related to functional programming languages: higher order functions. | OpenDSA | Functional Programming |
| 37 | q_py_data_types_module_es | Python PredictingFinalResult for demonstrating q_py_data_types_module_es | QuizPET | functions | |
| 38 | q_py_fun_car1_es | Python PredictingFinalResult for demonstrating q_py_fun_car1_es | QuizPET | functions | |
| 39 | one simple function | Python PredictingFinalResult for demonstrating one simple function | QuizPET | functions | |
| 40 | q_py_int_ref1_es | Python PredictingFinalResult for demonstrating q_py_int_ref1_es | QuizPET | functions | |
| 41 | Function - Repetitive Calling | Python BehaviorExample for demonstrating Function - Repetitive Calling | WebEx | functions | |
| 42 | Calculate Function | Define a function that returns the second value multiplied by two and added by the first value. The program should... | jsParsons | functions | |
| 43 | Crear y llamar a una función | Define una funcion que devuelva el segundo valor multiplicado por dos y sumado al primer valor. El programa debe imprimir... | jsParsons | functions | |
| 44 | Construir una función que devuelva una lista de restos (módulos) del valor de entrada | Construye un programa que calcule el residuo de cada elemento de la primera lista con el elemento del mismo indice... | jsParsons | functions | |
| 45 | Crear una función y usar el operador módulo | Construye una funcion que devuelva True si un numero dado es par, de lo contrario False. | jsParsons | functions | |
| 46 | Crear múltiples funciones y llamadas de función anidadas | Primero define una funcion calcular y luego define una funcion doble (que devuelva el valor dado multiplicado por dos). Luego... | jsParsons | functions | |
| 47 | Simple Function | Construct a program that prints out Hello functions. | jsParsons | functions | |
| 48 | Crear una función que imprima hola mundo | Construye un programa que imprima Hola funciones. | jsParsons | functions | |
| 49 | Simple Params | Construct a program that prints out 3 | jsParsons | functions | |
| 50 | Return value | Python CodeVisualization for demonstrating Return value | JSVEE | functions | |
| 51 | ae_python_function | Python CodeVisualization for demonstrating ae_python_function | JSVEE | functions | |
| 52 | q_py_data_types2_es | Python PredictingFinalResult for demonstrating q_py_data_types2_es | QuizPET | functions, operators, variables | |
| 53 | q_py_q_py_datatype1_es | Python PredictingFinalResult for demonstrating q_py_q_py_datatype1_es | QuizPET | functions, operators, variables | |
| 54 | Recursive Factorial | Define a function that returns the factorial of a given positive integer. | jsParsons | functions, recursion, search, search algorithms, sorting, sorting algorithms | |
| 55 | Return Bigger or None | Construct a function that returns the bigger value of the given arguments. If a and b are equal, it should... | jsParsons | functions, if-else statement | |
| 56 | Input 1 | Python CodeVisualization for demonstrating Input 1 | JSVEE | functions, input, operators, variables | |
| 57 | Recursion | Python CodeVisualization for demonstrating Recursion | JSVEE | functions, recursion | |
| 58 | ae_python_input | Python CodeVisualization for demonstrating ae_python_input | JSVEE | functions, operators, variables | |
| 59 | Function Pass | Python CodeVisualization for demonstrating Function Pass | JSVEE | functions, list | |
| 60 | Recursion Greatest Divisor | Python CodeVisualization for demonstrating Recursion Greatest Divisor | JSVEE | functions, recursion, search, search algorithms, sorting, sorting algorithms | |
| 61 | Recursion Greatest Divisor2 | Python CodeVisualization for demonstrating Recursion Greatest Divisor2 | JSVEE | functions, recursion | |
| 62 | q_py_fun_car2_es | Python PredictingFinalResult for demonstrating q_py_fun_car2_es | QuizPET | conditionals, functions | |
| 63 | Crear una función que devuelva el mayor de dos números | Construye una funcion que devuelva el valor mayor de los argumentos dados. Si a y b son iguales, debe devolver... | jsParsons | conditionals, functions | |
| 64 | Data Types Module | Python PredictingFinalResult for demonstrating Data Types Module | QuizPET | algorithm analysis, data types, functions | |
| 65 | 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 | |
| 66 | 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 | |
| 67 | Greatest Divisor Brute Force | Python CodeVisualization for demonstrating Greatest Divisor Brute Force | JSVEE | for loop, functions | |
| 68 | Greatest Divisor Brute Force2 | Python CodeVisualization for demonstrating Greatest Divisor Brute Force2 | JSVEE | boolean expressions, functions | |
| 69 | Import Math | Python CodeVisualization for demonstrating Import Math | JSVEE | data types, functions | |
| 70 | Given an input string, print the string with the first and last letter removed if they were equal, or the original string if they were not. | Code Completion | Given an input string, print the string with the first and last letter removed if they were equal, or the... | CodeCheck | Branches, Branches Without Functions |
| 71 | Given an actual time and an alarm clock time, both in “military” format (such as 0730 for 7:30am), print how many more minutes before the alarm rings. | Code Completion | Given an actual time and an alarm clock time, both in “military” format (such as 0730 for 7:30am), print how... | CodeCheck | Branches, Branches Without Functions |
| 72 | Repeat the preceding exercise for U. | Code Completion | Repeat the preceding exercise for U.S. time (e.g. 7:30am). | CodeCheck | Branches, Branches Without Functions |
| 73 | Given a point with integer coordinates (x, y) and a compass direction N, E, S, W, print the neigboring lattice point. | Code Completion | Given a point with integer coordinates (x, y) and a compass direction N, E, S, W, print the neigboring lattice... | CodeCheck | Branches, Branches Without Functions |
| 74 | Repeat with compass directions NW, NE, SW, SE. | Code Completion | Repeat with compass directions NW, NE, SW, SE. | CodeCheck | Branches, Branches Without Functions |
| 75 | On a chessboard, positions are marked with a letter between a and h for the column and a number between 1 and 8 for the row. | Code Completion | On a chessboard, positions are marked with a letter between a and h for the column and a number between... | CodeCheck | Branches, Branches Without Functions |
| 76 | On a chessboard, fields are marked with a letter between a and h for the column and a number between 1 and 8 for the row. | Code Completion | On a chessboard, fields are marked with a letter between a and h for the column and a number between... | CodeCheck | Branches, Branches Without Functions |
| 77 | Given the x- and y-coordinates of a point, print whether the point lies in the first, second, third, or fourth quadrant plane, or on the x-axis, or on the y-axis, or the origin. | Code Completion | Given the x- and y-coordinates of a point, print whether the point lies in the first, second, third, or fourth... | CodeCheck | Branches, Branches Without Functions |
| 78 | Given three numbers x, y, z, determine if one of them is the sum of the two others, and then print out the equation. | Code Completion | Given three numbers x, y, z, determine if one of them is the sum of the two others, and then... | CodeCheck | Branches, Branches Without Functions |
| 79 | Given three numbers x, y, z, print out how whether they are all distinct, two are the same, or all three are the same. | Code Completion | Given three numbers x, y, z, print out how whether they are all distinct, two are the same, or all... | CodeCheck | Branches, Branches Without Functions |
| 80 | Given two integers x and y, print their sum, but if it is more than 100 or less than 0, print "out of range". | Code Completion | Given two integers x and y, print their sum, but if it is more than 100 or less than 0,... | CodeCheck | Branches, Branches Without Functions |
| 81 | Given three integers x, y, z, print the sum of the odd integers. | Code Completion | Given three integers x, y, z, print the sum of the odd integers. | CodeCheck | Branches, Branches Without Functions |
| 82 | Given three input strings, print all but the shortest one. | Code Completion | Given three input strings, print all but the shortest one. | CodeCheck | Branches, Branches Without Functions |
| 83 | Given two numbers, return true if they both have the same sign. | Code Completion | Given two numbers, return true if they both have the same sign. | CodeCheck | Branches, Branches with Functions |
| 84 | Write a function that checks whether two points with coordinates x1, y1 and x2, y2 are in the same quadrant. | Code Completion | Write a function that checks whether two points with coordinates x1, y1 and x2, y2 are in the same quadrant. | CodeCheck | Branches, Branches with Functions |
| 85 | Given two numbers, return their distance if it less than 10, or 10 otherwise. | Code Completion | Given two numbers, return their distance if it less than 10, or 10 otherwise. | CodeCheck | Branches, Branches with Functions |
| 86 | On a chessboard, positions are marked with a letter between a and h for the column and a number between 1 and 8 for the row. | Code Completion | On a chessboard, positions are marked with a letter between a and h for the column and a number between... | CodeCheck | Branches, Branches with Functions |
| 87 | Given three numbers x, y, z and a Boolean variable <code>strict</code>, return <code>true</code> if <code>strict</code> is false and x ≤ y ≤ z, or <code>strict</code> is true and x < y < z. | Code Completion |
Given three numbers x, y, z and a Boolean variable strict, return true if strict is false and x ≤...
|
CodeCheck | Branches, Branches with Functions |
| 88 | Given four numbers a, b, c, d, return true if exactly two of them are the same. | Code Completion | Given four numbers a, b, c, d, return true if exactly two of them are the same. | CodeCheck | Branches, Branches with Functions |
| 89 | Given three numbers, return true if they are evenly spaced; that is, sorted in ascending or descending order, with the same distance between them. | Code Completion | Given three numbers, return true if they are evenly spaced; that is, sorted in ascending or descending order, with the... | CodeCheck | Branches, Branches with Functions |
| 90 | Repeat for four numbers. | Code Completion | Repeat for four numbers. Hint: Use the previous problem. | CodeCheck | Branches, Branches with Functions |
| 91 | Given numbers x, y, and target, return whichever of x and y is closer to the target. | Code Completion | Given numbers x, y, and target, return whichever of x and y is closer to the target. If they have... | CodeCheck | Branches, Branches with Functions |
| 92 | AggregateFunctions(1)_version_1 | Aggregate Functions (1) | AnnEx | ||
| 93 | Average of input numbers | Lists and functions | PCEX | ||
| 94 | Construct a program that creates a Stack Structure | Construct a program that creates two functions in a Stack Structure. The first one is "push" function and the second... | jsParsons | classes, data structures, stack, stacks | |
| 95 | Recursive Code Tracing Exercise: Two Recursive Calls | Tracing Exercise | Recursive Code Tracing Exercise collection focusing on functions with two recursive calls. | OpenDSA | Recursion |
| 96 | Linked List Implementation | In this example, we will define a linked list and create functions to add a new element to the end... | PCEX | ||
| 97 | Linked List Operations - Size 1 | In this example, we will learn how to create more functions inside a linked list | PCEX | ||
| 98 | Linked List Operations - Size 2 | In this example, we will learn how to create more functions inside a linked list | PCEX | ||
| 99 | Linked List Implementation | In this example, we will define a linked list and create functions to add a new element to the end... | PCEX | ||
| 100 | Person and Employee Inheritance | Construct two classes: one represents a Person and another one represents an Employee that should be defined as Person's child... | PCEX | ||
| 101 | Person and Employee Inheritance Information | Construct two classes: one represents a Person and another one represents an Employee that should be defined as Person's child... | PCEX | ||
| 102 | Creating a Dictionary of Student-Scores Pairs (Case 2) | Assume we have a list of students and a list of their corresponding test scores. Construct a program that has... | PCEX | ||
| 103 | Construct a function that uses Queue Structure | Construct a function that uses Queue Structure to solve a Josephus problem that removes the kth element in a given... | jsParsons | queue | |
| 104 | My books | The book is described by identifier, title, authors, publisher, unit price and year of publication. There cannot be two books... | PCEX | ||
| 105 | Function CallByValue | C++ BehaviorExample for demonstrating Function CallByValue | AnnEx | ||
| 106 | Functional Programming: Accumulator Pattern | Tracing Exercise, Battery | A collection of self-practice questions related to the accumulator pattern. | OpenDSA | Functional Programming |
| 107 | Functional Programming Exercise: Functional Composition | Tracing Exercise | A question related to functional programming languages: functional composition. | OpenDSA | Functional Programming |
| 108 | Functional Programming: Continuation Passing Style 1 | Question | A question related to functional programming languages: Continuation Passing Style. | OpenDSA | Functional Programming |
| 109 | Functional Programming: Continuation Passing Style 2 | Question | A question related to functional programming languages: Continuation Passing Style. | OpenDSA | Functional Programming |
| 110 | Functional Programming: Continuation Passing Style 3 | Question | A third question related to functional programming languages: Continuation Passing Style. | OpenDSA | Functional Programming |
| 111 | Functional Programming: Continuation Passing Style 4 | Question | A fourth question related to functional programming languages: Continuation Passing Style. | OpenDSA | Functional Programming |
| 112 | Functional Programming: Curry 1 | Question | A question related to functional programming languages: curry 1. | OpenDSA | Functional Programming |
| 113 | Functional Programming: Curry 2 | Question, Battery | A collection of self-practice questions related to functional programming languages: curry 2. | OpenDSA | Functional Programming |
| 114 | Recursive Tree Processing: Mystery Function | Tracing Exercise, Battery | A collection of self-practice questions related to tree processing in a functional programming language: Mystery Function. | OpenDSA | Functional Programming |
| 115 | Functional Programming: Filter | Question | A question related to functional programming languages: filter pattern. | OpenDSA | Functional Programming |
| 116 | Functional Programming: Cons Operator | Tracing Exercise | A question related to the cons operator. | OpenDSA | Functional Programming |
| 117 | Functional Programming: Cons, Hd, and Tl | Tracing Exercise, Battery | A collection of self-practice questions related to the cons, hd, and tl operators. | OpenDSA | Functional Programming |
| 118 | Functional Programming: Cons, Hd, and Tl, Exercise 2 | Question | A question related to the cons, hd, and tl operators. | OpenDSA | Functional Programming |
| 119 | Functional Programming: isEq | Tracing Exercise | A question related to the isEq operator. | OpenDSA | Functional Programming |
| 120 | Functional Programming Exercise: Mapping Pattern | Tracing Exercise | A question related to functional programming languages: mapping pattern. | OpenDSA | Functional Programming |
| 121 | Functional Programming: Map Reduce | Question | A question related to functional programming languages: map reduce. | OpenDSA | Functional Programming |
| 122 | Functional Programming: Quicksort | Tracing Exercise | A question related to using split and join to implement Quicksort. | OpenDSA | Functional Programming |
| 123 | Functional Programming: Reduce 1 | Question | A question related to functional programming languages: reduce pattern. | OpenDSA | Functional Programming |
| 124 | Functional Programming: Reduce and Map | Question | A question related to functional programming languages: reduce and map pattern. | OpenDSA | Functional Programming |
| 125 | Functional Programming: Reduce 2 | Question, Battery | A collection of self-practice questions related to functional programming languages: reduce pattern. | OpenDSA | Functional Programming |
| 126 | Functional Programming Exercise: Static vs Dynamic Binding | Tracing Exercise | A question related to functional programming languages: static vs. dynamic binding. | OpenDSA | Functional Programming |
| 127 | Functional Programming: Tail Recursion | Question | Question related to functional programming languages: tail recursion. | OpenDSA | Functional Programming |
| 128 | Functional Programming List Processing: Summation | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing basic list processing in a functional programming language: Summation of list values. | OpenDSA | Functional Programming |
| 129 | Functional Programming List Processing: isMember | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing basic list processing in a functional programming language: isMember function. | OpenDSA | Functional Programming |
| 130 | Functional Programming List Processing: Substitution | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing basic list processing in a functional programming language: substitution function. | OpenDSA | Functional Programming |
| 131 | Functional Programming Recursion: Summing Elements in a Tree | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing list-of-list (tree) processing in a functional programming language: sum all values. | OpenDSA | Functional Programming |
| 132 | Functional Programming Recursion: BST | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing list-of-list (tree) processing in a functional programming language: Binary Search Tree Search. | OpenDSA | Functional Programming |
| 133 | Functional Programming: Split and Join | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing split and join operations in a functional programming language. | OpenDSA | Functional Programming |
| 134 | Functional Programming: Accumulator Pattern Pivot | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing using pivot as an example in the accumlator pattern. | OpenDSA | Functional Programming |
| 135 | Functional Programming: Scope and Closure | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing scope and closure in a functional programming language. | OpenDSA | Functional Programming |
| 136 | Functional Programming: Variable Hoisting | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing variable hoisting in a functional programming language. | OpenDSA | Functional Programming |
| 137 | Functional Programming: Nested Scopes | Algorithm Visualization, Code Tracing Presentation | Slideshow illustrating nested scopes in a functional programming language. | OpenDSA | Functional Programming |
| 138 | Functional Programming Visualization: Static vs Dynamic Binding | Algorithm Visualization, Code Tracing Presentation | Slideshow illustrating static vs dynamic binding in a functional programming language. | OpenDSA | Functional Programming |
| 139 | Functional Programming: Closures | Algorithm Visualization, Code Tracing Presentation | Slideshow illustrating closures in a functional programming language. | OpenDSA | Functional Programming |
| 140 | Functional Programming Visualization: Mapping Pattern | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing the mapping pattern in a functional programming language. | OpenDSA | Functional Programming |
| 141 | Functional Programming Visualization: Functional Composition | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing functional composition in a functional programming language. | OpenDSA | Functional Programming |
| 142 | Functional Programming: Currying | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing currying in a functional programming language. | OpenDSA | Functional Programming |
| 143 | Functional Programming: Filter Pattern | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing the filter pattern in a functional programming language. | OpenDSA | Functional Programming |
| 144 | Functional Programming: Reduce/Folding Pattern | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing the reduce/folding pattern in a functional programming language. | OpenDSA | Functional Programming |
| 145 | Functional Programming: ReduceRight Pattern | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing the reduceRight pattern in a functional programming language. | OpenDSA | Functional Programming |
| 146 | Functional Programming: MapReduce Pattern | Algorithm Visualization, Code Tracing Presentation | Slideshow visualizing the Map/Reduce pattern in a functional programming language. | OpenDSA | Functional Programming |
| 147 | Functional Programming: Continuation Passing | Algorithm Visualization, Code Tracing Presentation | Slideshow illustrating continuation passing in a functional programming language. | OpenDSA | Functional Programming |
| 148 | Functional Programming: CPS vs non-tail recursion | Algorithm Visualization, Code Tracing Presentation | Slideshow comparing continuation passing with non-tail recursion and accumulation. | OpenDSA | Functional Programming |
| 149 | defined function | C++ BehaviorExample for demonstrating defined function | AnnEx | ||
| 150 | Defined Function2 | C++ BehaviorExample for demonstrating Defined Function2 | AnnEx | ||
| 151 | rand function | C++ BehaviorExample for demonstrating rand function | AnnEx | ||
| 152 | The mod Hash Function | Algorithm Visualization | Slideshow showing the basic mod function as a hash function. | OpenDSA | Hash Function |
| 153 | The Binning Hash Function | Algorithm Visualization | Slideshow showing basic binning (using high-order digits) as a hash function. | OpenDSA | Hash Function |
| 154 | q_py_function_pass_es | Python PredictingFinalResult for demonstrating q_py_function_pass_es | QuizPET | ||
| 155 | Do Switch Function | C++ BehaviorExample for demonstrating Do Switch Function | AnnEx | ||
| 156 | Construct a function that checks the size of a linked list |
Construct a function that calculates the number of elements in a singly linked list. LinkedList class implementation is given below. |
jsParsons | linked list | |
| 157 | Construct a function that traverse a linked list |
Construct a function that prints all elements of a Doubly Linked List in forwards and then reverse order. DoublyLinkedList class implementation... |
jsParsons | doubly linked list, linked list | |
| 158 | Construct a function that returns a list of remainders from the input. | Construct a function which calculates the remainder of each element of the first list and the element with the same... | jsParsons | ||
| 159 | Construct a function that returns a list of remainders from the input. | Construct a program which calculates the remainder of each element of the first list and the element with the same... | jsParsons | ||
| 160 | 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 | |
| 161 | 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 | |
| 162 | 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 | |
| 163 | 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 | |
| 164 | Construct a function which determines whether the string given as a paramter is a palindrome. | Construct a function that checks if the string is a palindrome or not. The function should be case insensitive i.e.... | jsParsons | recursion | |
| 165 | Construct an inorder traversal function | Construct an inorder traversal function that recursively traverse a tree from left node, root node and right node. We store... | jsParsons | trees | |
| 166 | Construct a preorder traversal function | Construct a preorder traversal function that recursively traverse a tree from root node, left node and right node. We store... | jsParsons | trees | |
| 167 | Recursive Code Tracing Exercise: Function Errors | Tracing Exercise | Recursive Code Tracing Exercise collection focusing on recognizing errors. | OpenDSA | Recursion |
| 168 | Tracing Recursive Code: Factorial Function | Code Tracing Presentation | Slideshow demonstrating code tracing, using the factorial function as an example. | OpenDSA | Recursion |
| 169 | Writing a Recursive Function: Variations | Code Tracing Presentation | Slideshow showing multiple examples of how to write a recursive function to do summation. | OpenDSA | Recursion |
| 170 | Basics of Writing a Recursive Function | Algorithm Visualization, Code Tracing Presentation | Slideshow demonstrating the concept of recusion as delegation of a task. | OpenDSA | Recursion, Delegation |
| 171 | Abstract Syntax of SLang1 | Question | Question related to the abstract syntax of functional programming language SLang1. | OpenDSA | Functional Programming |
| 172 | Concrete Syntax of SLang1 | Question, Battery | A collection of self-practice questions related to the syntax of functional programming language SLang1. | OpenDSA | Functional Programming |
| 173 | Concrete Syntax of SLang1: 2 | Question, Battery | A second collection of self-practice questions related to the syntax of functional programming language SLang1. | OpenDSA | Functional Programming |
| 174 | Curry in SLang1 | Question | Question related to curry in the functional programming language SLang1. | OpenDSA | Functional Programming |
| 175 | Recursive Tree Processing: Value Summation | Tracing Exercise | A question related to tree processing in a functional programming language: Value summation. | OpenDSA | Functional Programming |
| 176 | Recursive Tree Processing: Substitution | Question | A question related to tree processing in a functional programming language: Substitution. | OpenDSA | Functional Programming |
| 177 | Recursive Tree Processing: Substitution 2 | Question | A question related to tree processing in a functional programming language: Substitution 2. | OpenDSA | Functional Programming |
| 178 | Determine Values Bound to a Variable in Environment | Calculation Exercise, Battery | A collection of self-practice questions related to determining values bound to a variable in environment of the functional programming language... | OpenDSA | Functional Programming |
| 179 | Expression Evaluation for SLang1 | Calculation Exercise, Battery | A collection of self-practice questions related to expression evaluation for the functional programming language SLang1. | OpenDSA | Functional Programming |
| 180 | Denoted Values in SLang1 | Question, Battery | A collection of self-practice questions related to denoted values in the functional programming language SLang1. | OpenDSA | Functional Programming |
| 181 | Nested Lets | Tracing Exercise | Code trace exercise for a program in imperative language SLang2. | OpenDSA | Functional Programming |
| 182 | Nested Lets with Closures | Tracing Exercise | Code trace exercise for a program in imperative language SLang2. | OpenDSA | Functional Programming |
| 183 | Nested Lets Syntax-Only | Tracing Exercise | Code trace exercise for a program in imperative language SLang2. | OpenDSA | Functional Programming |
| 184 | Output of an SLang2 Program | Tracing Exercise | Code trace for a recursive program in imperative language SLang2. | OpenDSA | Functional Programming |
| 185 | Recursive List Processing 1 | Question | A question related to list processing in a functional programming language. | OpenDSA | Functional Programming |
| 186 | Recursive List Processing 2 | Question | A question related to list processing in a functional programming language. | OpenDSA | Functional Programming |
| 187 | Recursive List Processing 3 | Question | A question related to list processing in a functional programming language. | OpenDSA | Functional Programming |
| 188 | Semantics of SLang1 | Question | Question related to the semantics of the functional programming language SLang1. | OpenDSA | Functional Programming |
| 189 | Split anad Join with Accumulators | Tracing Exercise | A question related to split and join operations with accumulators in a functional programming language. | OpenDSA | Functional Programming |
| 190 | Efficient Recursion in SLang2 | Tracing Exercise | Code trace for a recursive program in imperative language SLang2. | OpenDSA | Functional Programming |
| 191 | Mid-square Method Calculator | Calculation Exercise | Calculator for computing value of the middle digits of a squared number. | OpenDSA | Hash Function |
| 192 | String Folding Method activity | Calculation, User Supplied Data | Calculator for computing value of hashing a string by 'folding'. A better method than character value summing. | OpenDSA | Hash Function |
| 193 | Simple String Hash Calculator | Calculation, User Supplied Data | Calculator for computing value of hashing a string by simple summation of its characters' ASCII values. | OpenDSA | Hash Function |
| 194 | Binary Search - 2 | This function implements a recursive version of Binary Search | PCEX | ||
| 195 | Binary Search - 2 | This function implements a recursive version of Binary Search | PCEX | ||
| 196 | Binary Search - 1 | Construct a function that receives an array and a target element to be searched in the given array. If the... | PCEX | ||
| 197 | Binary Search - 1 | Construct a function that receives an array and a target element to be searched in the given array. If the... | PCEX | ||
| 198 | Passing Lists | Construct a function that calculate square values of the list’s elements. | PCEX | ||
| 199 | Passing Values | Construct a function that increases the original integer's value by 1 and return the increased value's memory address. | PCEX | ||
| 200 | Passing Values | Construct a function that increases the original integer's value by 1 and return the increased value's memory address. | PCEX | ||
| 201 | Recursive Binary Search | Construct a function that uses recursive binary search to find if a specific value is in a list (known as... | PCEX | ||
| 202 | Recursive Binary Search | Construct a function that uses recursive binary search to find if a specific value is in a list (known as... | PCEX | ||
| 203 | Add to list | Construct a function that adds a given amount to all items in a list. | jsParsons | aliasing, value vs reference | |
| 204 | List values and references. | Construct a function that add k values to the given list. The added values is k's increment (increment by 1)... | jsParsons | value vs reference | |
| 205 | Power calculation | Construct a function which takes the base and the exponent as parameters and returns the base raised to the exponent.... | jsParsons | while loop | |
| 206 | Reorganize the list | Construct a function which partition the original list of integers such that all even numbers come first and all odd... | jsParsons | ||
| 207 | Reorganize the list | Construct a function which partition the list of integers given as a parameter such that all even numbers come first... | jsParsons | ||
| 208 | Calculating power | Construct a function which calculates the power of a number. The function takes two integers as parameters (the base number... | jsParsons | ||
| 209 | 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 | |
| 210 | 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 | |
| 211 | 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 | ||
| 212 | Letter frequency | Construct a function which counts the frequency of each character in the string given as a parameter and returns a... | jsParsons | dictionaries | |
| 213 | Calculating power | Construct a function which takes a base and a non-negative exponent as parameters and calculates the base raised to the... | jsParsons | ||
| 214 | 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 | |
| 215 | Remove dublicates from the list | Construct a function which creates a new list where it stores all elements except the duplicates from the list given... | jsParsons | ||
| 216 | Checks whether the sum of two integers are equal as the third integer | Construct a function which determines whether one of the paraters is the sum of the two other parameters. | jsParsons | ||
| 217 | Try adding | Construct a function that adds two numbers together and handles non-numeric input. | jsParsons | exception handling, exceptions | |
| 218 | Rotating the List Values to the Right by Two Position | Construct a program that has a function that receives a list of values and returns the list rotated to the... | PCEX | ||
| 219 | Rotating the List Values to the Right by Two Position | Construct a program that has a function that receives a list of values and returns the list rotated to the... | PCEX | ||
| 220 | Creating an array that Contains the Numbers of Times Each Element of One Array Appears in Another Array | Construct a program that has a function that receives two arrays and creates an array that contains the number of... | PCEX | ||
| 221 | Creating an array that Contains the Numbers of Times Each Element of One Array Appears in Another Array | Construct a program that has a function that receives two arrays and creates an array that contains the number of... | PCEX | ||
| 222 | Creating a Dictionary of Character-Count Pairs | Construct a program that has a function which receives a string from the user and creates a dictionary that maps... | PCEX | ||
| 223 | Creating a Dictionary of Character-Words Pairs | Construct a program that has a function which receives a string and creates a dictionary that maps each character to... | PCEX | ||
| 224 | Creating a Dictionary of Character-Count Pairs | Construct a program that has a function which receives a string from the user and creates a dictionary that maps... | PCEX | ||
| 225 | Creating a Dictionary of Character-Words Pairs. | Construct a program that has a function which receives a string and creates a dictionary that maps each character to... | PCEX | ||
| 226 | Concatenating Characters of Two Strings (Case 1) | Construct a program that has a function that receives two strings and returns a string formed from the given strings... | PCEX | ||
| 227 | Concatenating Characters of Two Strings (Case 2) | Construct a program that has a function that receives two strings and returns a string formed from the given strings... | PCEX | ||
| 228 | Concatenating Characters of Two Strings (Case 1) | Construct a program that has a function that receives two strings and returns a string formed from the given strings... | PCEX | ||
| 229 | Concatenating Characters of Two Strings (Case 2). | Construct a program that has a function that receives two strings and returns a string formed from the given strings... | PCEX | ||
| 230 | Calculating the Sum of the Values in the List | Construct a program that has a function that receives a list and calculates the sum of the values in that... | PCEX | ||
| 231 | Calculating the Average of the Values in the List | Construct a program that has a function that receives a list and calculates the average of the values in that... | PCEX | ||
| 232 | Rotating the List Values to the Left by One Position | Construct a program that has a function that receives a list of values and returns the list rotated to the... | PCEX | ||
| 233 | Rotating the List Values to the Left by Two Position | Construct a program that has a function that receives a list of values and returns the list rotated to the... | PCEX | ||
| 234 | Rotating the List Values to the Right by One Position | Construct a program that has a function that receives a list of values and returns the list rotated to the... | PCEX | ||
| 235 | Rotating the List Values to the Right by Two Position | Construct a program that has a function that receives a list of values and returns the list rotated to the... | PCEX | ||
| 236 | Rotating the List Values to the Left by One Position | Construct a program that has a function that receives a list of values and returns the list rotated to the... | PCEX | ||
| 237 | Rotating the List Values to the Left by Two Position | Construct a program that has a function that receives a list of values and returns the list rotated to the... | PCEX | ||
| 238 | Rotating the List Values to the Right by One Position. | Construct a program that has a function that receives a list of values and returns the list rotated to the... | PCEX | ||
| 239 | Rotating the List Values to the Right by Two Position. | Construct a program that has a function that receives a list of values and returns the list rotated to the... | PCEX | ||
| 240 | Printing Common Elements in Two Lists | Construct a program that has a function that receives two lists and prints the values in the 2nd list that... | PCEX | ||
| 241 | Printing the Total Number of Times Elements of One List Appear in Another List | Construct a program that has a function that receives two lists and prints the total number of times the elements... | PCEX | ||
| 242 | Creating a List that Contains the Numbers of Times Each Element of One List Appears in Another List | Construct a program that has a function that receives two lists and creates a list that contains the number of... | PCEX | ||
| 243 | Printing Common Elements in Two Lists | Construct a program that has a function that receives two lists and prints the values in the 2nd list that... | PCEX | ||
| 244 | Printing the Total Number of Times Elements of One List Appear in Another List | Construct a program that has a function that receives two lists and prints the total number of times the elements... | PCEX | ||
| 245 | Creating a List that Contains the Numbers of Times Each Element of One List Appears in Another List. | Construct a program that has a function that receives two lists and creates a list that contains the number of... | PCEX | ||
| 246 | Counting the Occurrences of One String in Another (Case 1) | Construct a program that has a function that receives a string and returns the number of times that the string... | PCEX | ||
| 247 | Counting the Occurrences of One String in Another (Case 2) | Construct a program that has a function that receives a string and returns the number of times that the string... | PCEX | ||
| 248 | Counting the Occurrences of One String in Another (Case 1) | Construct a program that has a function that receives a string and returns the number of times that the string... | PCEX | ||
| 249 | Counting the Occurrences of One String in Another (Case 2). | Construct a program that has a function that receives a string and returns the number of times that the string... | PCEX | ||
| 250 | Repeating Characters of a String (Case 1) | Construct a program that has a function that receives a string and creates a new string that has each character... | PCEX | ||
| 251 | Repeating Characters of a String (Case 2) | Construct a program that has a function that receives a string and creates a new string that has every other... | PCEX | ||
| 252 | Recursive Code Tracing Exercise: Call Count | Tracing Exercise | Recursive Code Tracing Exercise collection focusing on counting the number of function calls made. | OpenDSA | Recursion |
| 253 | Programmed Instruction: Induction Proof For Factorial | Programmed Instruction | Programmed Instruction Frameset examples of induction proof proving a Factorial function implementation correct. | OpenDSA | Proof by Induction |
| 254 | Bowling Score TestCase Exercise | Code Testing Exercise | Interactive exercise where user enters input values for a bowling game scoring function with the goal of getting complete code... | OpenDSA | Test Case, Code Coverage |
| 255 | Tracing Recursive Code: Summation | Code Tracing Presentation | Slideshow demonstrating code tracing, using a simple summation function as an example. | OpenDSA | Recursion |
| 256 | Recursion Introduction Slideshow: Delegation | Code Tracing Presentation | Slideshow demonstrating the basic concepts of base cases and recursive calls in a function. | OpenDSA | Recursion |
| 257 | (Inheritance) Physics teacher - CSEdPad | Demonstrate the inheritance concept by creating a superclass Teacher with a private string features designation and collegeName and does function.... | AnnEx | inheritance | |
| 258 | Multiple elements | It is possible to search through an array for multiple elements. In this case, we want to traverse an array... | PCEX | ||
| 259 | Insertion Sort | Insertion sort works similarly to how one would sort a hand of cards: by choosing an element and searching through... | PCEX | ||
| 260 | Insertion Sort | Insertion sort works similarly to how one would sort a hand of cards: by choosing an element and searching through... | PCEX | ||
| 261 | Selection sort | Ascending-order Selection sort operates by finding the minimum element of an array and moving it to the “beginning” of the... | PCEX | ||
| 262 | Selection sort | Descending-order Selection sort operates by finding the maximum element of an array and moving it to the “beginning” of the... | PCEX | ||
| 263 | Stack | Implementing Stack. Using Class to construct a Stack. Implement a function to determine if all the given brackets are paired.\nFor... | PCEX | ||
| 264 | Creating a Dictionary of Student-Scores Pairs (Case 1) | Assume we have a list of students and a list of their corresponding test scores. Construct a program that has... | PCEX | ||
| 265 | Alternate Form Bucket Hashing Proficiency Exercise | Tracing Exercise | User must give the result from a series of inserts using bucket hashing. This version uses a variation on bucket... | OpenDSA | Bucket Hashing |
| 266 | Search in the linked list. | When using a LinkedList, it is possible that you may want to search through the list to see if a... | PCEX | ||
| 267 | Search in the linked list. | When using a LinkedList, it is possible that you may want to search through the list to see if a... | PCEX | ||
| 268 | Binary search | Binary Search operates by dividing an array in half, and then determining whether or not the target value would be... | PCEX | ||
| 269 | Binary search | Binary Search operates by dividing an array in half, and then determining whether or not the target value would be... | PCEX | ||
| 270 | Multiple elements | It is possible to search through an array for multiple elements. In this case, we want to traverse an array... | PCEX | ||
| 271 | Queue Class - Check if Element Exists | In this example, you will use Queue class from queue provided by python. This class contains methods for adding a... | PCEX | ||
| 272 | Queue Class - Check if Element Exists | In this example, you will use Queue class from queue provided by python. This class contains methods for adding a... | PCEX | ||
| 273 | Funcion con Multiples Parametros | Construir un programa que determine los ahorros actuales basado en su valor actual, el sueldo recibido y los gastos a... | PCEX | ||
| 274 | Funcion con Multiples Parametros Llamando Otra | Construir un programa que determine los ahorros actuales basado en su valor actual, el sueldo recibido y los gastos a... | PCEX | ||
| 275 | Funcion mismo valor absoluto (ES) | Point | AnnEx | classes, objects | |
| 276 | Construir una función que verifique el tamaño de una lista enlazada |
Construye una funcion que calcule el numero de elementos en una lista simplemente enlazada. La implementacion de la clase ListaEnlazada se... |
jsParsons | ||
| 277 | Construir una función que recorra una lista enlazada |
Construye una funcion que imprima todos los elementos de una Lista Doblemente Enlazada hacia adelante y luego en orden inverso. La... |
jsParsons | ||
| 278 | Construir una función que devuelva una lista de restos (módulos) del valor de entrada | Construye una funcion que calcule el residuo de cada elemento de la primera lista con el elemento del mismo indice... | jsParsons | list | |
| 279 | Construir una función que ordene un arreglo numérico usando Merge Sort |
Construye una funcion de mezcla que divida recursivamente un arreglo numerico y tome una lista como parametro llamada datos. Considera que... |
jsParsons | ||
| 280 | Crear una función que verifique si una cadena es un palíndromo o no | Construye una funcion que determine si la cadena dada como parametro es un palindromo. La funcion debe ser insensible a... | jsParsons | strings | |
| 281 | Crear una función que verifique si una cadena es un palíndromo o no | Construye un programa que determine si la cadena original es un palindromo. La funcion debe ser insensible a mayusculas y... | jsParsons | ||
| 282 | Crear una función que verifique si una cadena es un palíndromo o no | Construye una funcion que determine si la cadena dada como parametro es un palindromo. La funcion debe ser insensible a... | jsParsons | strings | |
| 283 | Construir una función que determine si una cadena dada como parámetro es un palíndromo | Construye una funcion que verifique si la cadena es un palindromo o no. La funcion debe ser insensible a mayusculas... | jsParsons | ||
| 284 | Construir una función que use una estructura de cola (Queue) | Construye una funcion que use la estructura de Cola para resolver el problema de Josephus que elimina el k-esimo elemento... | jsParsons | ||
| 285 | Crear una función recursiva | Define una funcion que devuelva el factorial de un entero positivo dado. | jsParsons | recursion | |
| 286 | Construir una función de recorrido inorder (inorden) | Construye una funcion de recorrido inorder que recorra recursivamente un arbol desde el nodo izquierdo, nodo raiz y nodo derecho.... | jsParsons | ||
| 287 | Crear una función que reciba un número, le sume dos y lo devuelva | Construye un programa que imprima 3 | jsParsons | ||
| 288 | Usar expresiones booleanas como parámetros de una función | Asume que num1 y num2 han sido inicializados a numeros, de modo que numero1 es mayor. Construye un programa que... | jsParsons | boolean expressions, conditionals | |
| 289 | Pasar Valores | Construir una función que aumente el valor del entero original en 1 y devuelva la dirección de memoria del valor... | PCEX | ||
| 290 | Valores y referencias en listas | Construye una funcion que agregue valores de k a la lista dada. Los valores agregados son incrementos de k (incrementando... | jsParsons | list | |
| 291 | Practicar indexación y modificación de listas | Construye una funcion que agregue una cantidad dada a todos los elementos de una lista. | jsParsons | ||
| 292 | Cálculo de potencias | Construye una funcion que tome la base y el exponente como parametros y devuelva la base elevada al exponente. Llama... | jsParsons | ||
| 293 | Reorganizar la lista | Construye una funcion que divida la lista original de enteros de manera que todos los numeros pares vengan primero y... | jsParsons | ||
| 294 | Reorganizar la lista | Construye una funcion que divida la lista de enteros dada como parametro de manera que todos los numeros pares vengan... | jsParsons | list | |
| 295 | Calcular una potencia | Construye una funcion que calcule la potencia de un numero. La funcion recibe dos enteros como parametros (la base y... | jsParsons | loops, while loop | |
| 296 | Actualizar elementos en una nueva lista | Construye una funcion que encuentre los numeros pares en la lista dada como parametro, calcule el cuadrado de cada uno... | jsParsons | list | |
| 297 | Actualizar los elementos en una nueva lista | Construye una funcion que encuentre los numeros pares en la lista dada como parametro, calcule el cuadrado de cada uno... | jsParsons | ||
| 298 | Actualizar los elementos en una nueva lista | Construye una funcion que encuentre los numeros pares en la lista dada como parametro, calcule el cuadrado de cada uno... | jsParsons | list | |
| 299 | Frecuencia de letras | Construye una funcion que cuente la frecuencia de cada caracter en la cadena dada como parametro y devuelva un diccionario... | jsParsons | ||
| 300 | Calcular una potencia | Construye una funcion que tome una base y un exponente no negativo como parametros y calcule la base elevada al... | jsParsons | for loop, loops | |
| 301 | 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 | ||
| 302 | Eliminar duplicados de una lista | Construye una funcion que cree una nueva lista donde se almacenen todos los elementos excepto los duplicados de la lista... | jsParsons | list | |
| 303 | Verificar si la suma de dos enteros es igual al tercer entero | Construye una funcion que determine si uno de los parametros es la suma de los otros dos parametros. | jsParsons | conditionals | |
| 304 | Practicar el manejo de excepciones | Construye una funcion que sume dos numeros y maneje entradas no numericas. | jsParsons | exceptions | |
| 305 | Creando un Diccionario de Pares Caracteres-Frecuencia | Construye un programa que tenga una función que reciba un string del usuario y cree un diccionario que mapea cada... | PCEX | ||
| 306 | Creando un Diccionario de Pares Caracteres-Palabras | Construye un programa que tenga una función que reciba un string y cree un diccionario que mapea cada carácter a... | PCEX | ||
| 307 | Concatenando Caracteres de Dos Strings (Caso 1) | Construya un programa que tenga una función que reciba dos strings y devuelva un string formado a partir de los... | PCEX | ||
| 308 | Concatenando Caracteres de Dos Strings (Caso 2). | Construye un programa que tenga una función que reciba dos strings y devuelva un string formado a partir de las... | PCEX | ||
| 309 | Desplazando los Valores de la Lista a la Izquierda Una Posicion | Construye un programa que tenga una función que reciba una lista de valores y devuelva la lista desplazada a la... | PCEX | ||
| 310 | Desplazando los Valores de la Lista a la Izquierda Dos Posiciones | Construye un programa que tenga una función que reciba una lista de valores y devuelva la lista desplazada a la... | PCEX | ||
| 311 | Desplazando los Valores de la Lista a la Derecha una Posicion | Construye un programa que tenga una función que reciba una lista de valores y devuelva la lista desplazada a la... | PCEX | ||
| 312 | Desplazando los Valores de la Lista a la Derecha Dos Posiciones | Construye un programa que tenga una función que reciba una lista de valores y devuelva la lista desplazada a la... | PCEX | ||
| 313 | Contando las Ocurrencias de un String en Otro (Caso 1) | Construye un programa que tenga una función que reciba un string y devuelva el número de veces que el string... | PCEX | ||
| 314 | Contando las Ocurrencias de un String en Otro (Caso 2). | Construye un programa que tenga una función que reciba un string y devuelva el número de veces que el string... | PCEX | ||
| 315 | Construir un programa que cree una estructura de pila (Stack) | Construye un programa que cree dos funciones en una estructura de Pila. La primera es la funcion "apilar" y la... | jsParsons | ||
| 316 | Tree Implementation Overhead Exercise | Calculation Exercise, Battery | Self-practice questions that require the user to calculate overhead fractions for various binary tree node implementations. | OpenDSA | Binary Tree, Overhead |
| 317 | Herencia de Persona y Empleado | Construir dos clases: una que represente a una Persona y otra que represente a un Empleado que debe definirse como... | PCEX | ||
| 318 | Informacion de Herencia de Persona y Empleado | Construir dos clases: una que represente a una Persona y otra que represente a un Empleado que debe ser definida... | PCEX | ||
| 319 | Creando un Diccionario de Pares Estudiante-Puntajes (Caso 1) | Supongamos que tenemos una lista de estudiantes y una lista de sus correspondientes puntajes de exámenes. Construya un programa que... | PCEX | ||
| 320 | Creando un Diccionario de Pares Estudiante-Puntajes (Caso 2) | Supongamos que tenemos una lista de estudiantes y una lista de sus correspondientes puntajes de exámenes. Construya un programa que... | PCEX |