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fix(client/curriculum): update intros (#52653)
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Tom
@@ -755,79 +755,78 @@
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"learn-string-manipulation-by-building-a-cipher": {
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"title": "Learn String Manipulation by Building a Cipher",
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"intro": [
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"Python is a powerful and popular programming language widely used for data science, data visualization, web and game development, machine learning and much more.",
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"In this project, you'll learn fundamental programming concepts in Python, such as variables, functions, loop, conditional statements, and and how to work with them to build your first program."
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"Python is a powerful and popular programming language widely used for data science, data visualization, web development, game development, machine learning and more.",
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"In this project, you'll learn fundamental programming concepts in Python, such as variables, functions, loops, and conditional statements. You'll use these to code your first programs."
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]
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},
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"learn-how-to-work-with-numbers-and-strings-by-implementing-the-luhn-algorithm": {
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"title": "Learn How to Work with Numbers and Strings by Implementing the Luhn Algorithm",
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"intro": [
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"The Luhn Algorithm is widely used for error-checking in various applications, including credit card numbers.",
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"Through this project, you'll gain valuable experience in working with numerical computations and string manipulation while implementing the Luhn Algorithm."
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"The Luhn Algorithm is widely used for error-checking in various applications, such as verifying credit card numbers.",
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"By building this project, you'll gain experience working with numerical computations and string manipulation."
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]
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},
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"learn-list-comprehension-by-building-a-case-converter-program": {
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"title": "Learn Python List Comprehension By Building a Case Converter Program",
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"intro": [
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"A list comprehension in Python is a way to construct a new list from an iterable types such as lists, tuples, and strings without using a for loop or the `.append()` list method",
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"In this project, you will write a program that takes a string formatted in camel or pascal case and converts that to snake case. The project has two phases.",
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"During the first phase, you will use a for loop to implement the program.",
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"Then in the second phase you will learn about applying list comprehension instead of a loop to achieve the same results."
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"List Comprehension is a way to construct a new Python list from an iterable types: lists, tuples, and strings. All without using a for loop or the `.append()` list method.",
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"In this project, you'll write a program that takes a string formatted in Camel Case or Pascal Case, then converts it into Snake Case.",
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"The project has two phases: first you'll use a for loop to implement the program. Then you'll learn how to use List Comprehension instead of a loop to achieve the same results."
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]
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},
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"learn-regular-expressions-by-building-a-password-generator": {
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"title": "Learn Regular Expressions by Building a Password Generator",
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"intro": [
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"In Python, a module is a file containing a set of statements and definitions that you can use in your code.",
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"In this project, you'll learn how to import and use modules from the Python standard library and how to use regular expressions while building your own password generator program."
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"A Python module is a file that contains a set of statements and definitions that you can use in your code.",
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"In this project, you'll learn how to import modules from the Python standard library. You'll also learn how to use Regular Expressions by building your own password generator program."
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]
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},
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"learn-algorithm-design-by-building-the-shortest-path-algorithm": {
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"title": "Learn Algorithm Design by Building the Shortest Path Algorithm",
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"learn-algorithm-design-by-building-a-shortest-path-algorithm": {
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"title": "Learn Algorithm Design by Building a Shortest Path Algorithm",
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"intro": [
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"Algorithms are step-by-step procedures used to perform calculations and solve computational problems.",
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"In this project, you'll learn how to use functions, loops, conditional statements, dictionary comprehensions and more to design and implement the shortest path algorithm."
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"Algorithms are step-by-step procedures that developers use to perform calculations and solve computational problems.",
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"In this project, you'll learn how to use functions, loops, conditional statements, and dictionary comprehensions to implement a Shortest Path algorithm."
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]
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},
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"learn-recursion-by-solving-the-tower-of-hanoi-puzzle": {
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"title": "Learn Recursion by Solving the Tower of Hanoi Puzzle",
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"intro": [
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"Recursion allows you to write concise and elegant code to solve complex computational problems.",
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"In this project, you'll start with an iterative approach to solve the tower of Hanoi mathematical puzzle and then you'll learn how to implement a recursive solution."
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"Recursion is a programming approach that allows you to solve complicated computational problems with just a little code.",
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"In this project, you'll start with a loop-based approach to solving the tower of Hanoi mathematical puzzle. Then you'll learn how to implement a recursive solution."
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]
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},
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"learn-data-structures-by-building-the-merge-sort-algorithm": {
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"title": "Learn Data Structures by Building the Merge Sort Algorithm",
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"intro": [
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"The merge sort algorithm is a sorting algorithm based on the divide and conquer principle.",
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"In this project, you'll learn how to interact with data structures by sorting a list of random numbers using the merge sort algorithm."
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"The Merge Sort Algorithm is a sorting algorithm based on the divide and conquer principle.",
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"In this project, you'll learn how to interact with data structures by sorting a list of random numbers using the Merge Sort Algorithm."
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]
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},
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"learn-classes-and-objects-by-building-a-sudoku-solver": {
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"title": "Learn Classes and Objects by Building a Sudoku Solver",
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"intro": [
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"Classes and objects are an important programming concept and they enable developers to achieve code modularity, abstraction, readability, and promote reusability.",
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"Classes and objects are important programming concepts. These Object-Oriented Programming tools help developers to achieve code modularity, abstraction, and readability. And they promote reusability.",
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"In this Sudoku Solver project, you'll learn how to use classes and objects to build a Sudoku grid and to solve a Sudoku puzzle."
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]
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},
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"learn-tree-traversal-by-building-a-binary-search-tree": {
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"title": "Learn Tree Traversal by Building a Binary Search Tree",
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"intro": [
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"A Binary Search Tree (BST) is an important data structure concept, where data is sorted in a hierarchical structure.",
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"In this project, you will learn how to construct a BST, perform an in-order traversal, and also cover key operations like insertion, search, and deletion."
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"A Binary Search Tree (BST) is an common data structure where data is sorted hierarchically.",
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"In this project, you'll learn how to construct your own BST and perform an in-order traversal. You'll also learn key operations like insertion, search, and deletion."
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]
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},
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"learn-lambda-functions-by-building-an-expense-tracker": {
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"title": "Learn Lambda Functions by Building an Expense Tracker",
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"intro": [
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"Lambda functions, also known as anonymous functions, offer a concise way to write small, throwaway functions in your code.",
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"In this project, you'll explore the power of lambda functions by creating an expense tracker, demonstrating how they can be employed for efficient and streamlined operations."
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"Lambda functions give you a concise way to write small, throwaway functions in your code.",
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"In this project, you'll explore the power of Lambda Functions by creating an expense tracker. Your resulting app will demonstrate how you can use Lambda Functions for efficient, streamlined operations."
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]
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},
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"scientific-computing-with-python-projects": {
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"title": "Scientific Computing with Python Projects",
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"intro": [
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"Time to put your Python skills to the test. By completing these projects, you will demonstrate that you have a good foundational knowledge of Python and qualify for the Scientific Computing with Python Certification."
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"It's time to put your Python skills to the test. By completing these projects, you'll demonstrate that you have a strong foundational knowledge of Python. And you'll qualify for freeCodeCamp's Scientific Computing with Python Certification."
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]
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}
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}
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@@ -1110,10 +1109,9 @@
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"the-odin-project": {
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"title": "The Odin Project (Beta)",
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"intro": [
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"The Odin Project is one of those \"What I wish I had when I was learning\" resources. ",
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"Not everyone has access to a computer science education or the funds to attend an intensive coding school and neither of those is right for everyone anyway.",
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"This project is designed to fill in the gap for people who are trying to hack it on their own but still want a high quality education.",
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"<a href='https://www.theodinproject.com/' target='_blank' rel='noopener noreferrer nofollow'>Attribute: The Odin Project</a>"
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"The Odin Project was created in 2013 by a lone developer, Erik Trautman. Over the years, an open source community has sprung up to maintain and expand the project.",
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"freeCodeCamp has expanded upon the open source curriculum to make it run interactively in the browser, with tests to evaluate your code and ensure you've understood key concepts.",
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"If you want the original experience of configuring all of The Odin Project to run on your local computer, you can check out the original Odin Project on <a href='https://www.theodinproject.com/' target='_blank' rel='noopener noreferrer nofollow'>The Odin Project website</a>. A huge thanks to The Odin Project community for continuing to maintain this valuable learning resource for developers all around the world."
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],
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"blocks": {
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"top-learn-html-foundations": {
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@@ -1143,7 +1141,7 @@
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"top-learn-css-foundations": {
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"title": "Learn CSS Foundations",
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"intro": [
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"Dive into the world of Cascading Style Sheets (CSS) and learn how to style your HTML elements. Explore styling properties, selectors, and layouts to bring your web pages to life."
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"Dive into the world of Cascading Style Sheets (CSS) and learn how to style your HTML elements. Explore styling properties, selectors, and layouts to bring your web pages to life."
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]
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},
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"top-learn-css-foundations-projects": {
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+9
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---
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title: Learn Algorithm Design by Building a Shortest Path Algorithm
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block: learn-algorithm-design-by-building-a-shortest-path-algorithm
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superBlock: scientific-computing-with-python
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---
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## Introduction to Learn Algorithm Design by Building a Shortest Path Algorithm
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Learn Algorithm Design by Building a Shortest Path Algorithm
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+9
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---
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title: Learn Classes and Object by Building a Sudoku Solver
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block: learn-classes-and-objects-by-building-a-sudoku-solver
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superBlock: scientific-computing-with-python
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---
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## Introduction to Learn Classes and Object by Building a Sudoku Solver
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Learn Classes and Object by Building a Sudoku Solver
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+9
@@ -0,0 +1,9 @@
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---
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title: Learn Data Structures by Building the Merge Sort Algorithm
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block: learn-data-structures-by-building-the-merge-sort-algorithm
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superBlock: scientific-computing-with-python
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---
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## Introduction to Learn Data Structures by Building the Merge Sort Algorithm
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Learn Data Structures by Building the Merge Sort Algorithm
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+9
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---
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title: Learn How to Work with Numbers and Strings by Implementing the Luhn Algorithm
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block: learn-how-to-work-with-numbers-and-strings-by-implementing-the-luhn-algorithm
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superBlock: scientific-computing-with-python
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---
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## Introduction to Learn How to Work with Numbers and Strings by Implementing the Luhn Algorithm
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Learn How to Work with Numbers and Strings by Implementing the Luhn Algorithm
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+9
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---
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title: Learn Lambda Functions by Building an Expense Tracker
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block: learn-lambda-functions-by-building-an-expense-tracker
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superBlock: scientific-computing-with-python
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---
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## Introduction to Learn Lambda Functions by Building an Expense Tracker
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Learn Lambda Functions by Building an Expense Tracker
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+9
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---
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title: Learn List Comprehension by Building a Case Converter Program
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block: learn-list-comprehension-by-building-a-case-converter-program
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superBlock: scientific-computing-with-python
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---
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## Introduction to Learn List Comprehension by Building a Case Converter Program
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Learn List Comprehension by Building a Case Converter Program
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+9
@@ -0,0 +1,9 @@
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---
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title: Learn Recursion by Solving the Tower of Hanoi Puzzle
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block: learn-recursion-by-solving-the-tower-of-hanoi-puzzle
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superBlock: scientific-computing-with-python
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---
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## Introduction to Learn Recursion by Solving the Tower of Hanoi Puzzle
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Learn Recursion by Solving the Tower of Hanoi Puzzle
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+9
@@ -0,0 +1,9 @@
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---
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title: Learn Regular Expressions by Building a Password Generator
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block: learn-regular-expressions-by-building-a-password-generator
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superBlock: scientific-computing-with-python
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---
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## Introduction to Learn Regular Expressions by Building a Password Generator
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Learn Regular Expressions by Building a Password Generator
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+9
@@ -0,0 +1,9 @@
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---
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title: Learn String Manipulation by Building a Cipher
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block: learn-string-manipulation-by-building-a-cipher
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superBlock: scientific-computing-with-python
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---
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## Introduction to Learn String Manipulation by Building a Cipher
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Learn String Manipulation by Building a Cipher
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+9
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---
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title: Learn Tree Traversal by Building a Binary Search Tree
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block: learn-tree-traversal-by-building-a-binary-search-tree
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superBlock: scientific-computing-with-python
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---
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## Introduction to Learn Tree Traversal by Building a Binary Search Tree
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Learn Tree Traversal by Building a Binary Search Tree
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+2
-2
@@ -1,9 +1,9 @@
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{
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"name": "Learn Algorithm Design by Building the Shortest Path Algorithm",
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"name": "Learn Algorithm Design by Building a Shortest Path Algorithm",
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"isUpcomingChange": false,
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"usesMultifileEditor": true,
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"hasEditableBoundaries": true,
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"dashedName": "learn-algorithm-design-by-building-the-shortest-path-algorithm",
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"dashedName": "learn-algorithm-design-by-building-a-shortest-path-algorithm",
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"order": 5,
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"time": "5 hours",
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"template": "",
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