50 days of LeetCode in python Algorithms coding interview

[0dayddl]

3.83 GB | 28min 23s | mp4 | 1280X720 | 16:9
Genre:eLearning |Language:English​

Files Included :

Spoiler

01 Introduction to the problem.mp4 (8.55 MB)
02 Brute Force solution Intuition.mp4 (5.26 MB)
03 pseudocode walkthrough.mp4 (13.99 MB)
04 Better Approach intuition.mp4 (24.84 MB)
05 Approach 2 Pseudocode walkthrough.mp4 (13.84 MB)
06 Implementing the code.mp4 (4.79 MB)
01 Introduction to the problem.mp4 (6.49 MB)
02 How to think about this problem.mp4 (10.62 MB)
03 Pseudocode Walkthrough.mp4 (7.95 MB)
04 Implementing the code.mp4 (4.97 MB)
01 Problem Introduction.mp4 (13.59 MB)
02 How to intuitively think about this problem.mp4 (12.77 MB)
03 Pseudocode Walkthrough.mp4 (13.3 MB)
04 Implementing the code.mp4 (7.21 MB)
01 Brute force Intuition.mp4 (17.85 MB)
02 Brute force pseudocode walkthrough.mp4 (6.91 MB)
03 Better Approach Intuition.mp4 (15.51 MB)
04 Better Approach Pseudocode walkthrough.mp4 (5.74 MB)
05 Implementing the code.mp4 (5.75 MB)
01 Introduction to the problem.mp4 (5.18 MB)
02 Brute Force Intuition.mp4 (26.74 MB)
03 Pseudocode walkthrough.mp4 (34.78 MB)
04 Approach 2 Intuition.mp4 (22.32 MB)
05 Approach 2 pseudocode walkthrough.mp4 (11.9 MB)
06 Implementing the code.mp4 (7.78 MB)
01 Introduction to the problem and brute force approach.mp4 (10.16 MB)
02 Brute force Pseudocode walkthrough.mp4 (10.57 MB)
03 Approach 2 Optimal Approach intuition.mp4 (31.06 MB)
04 Pseudocode walkthrough part 1.mp4 (14.74 MB)
05 Pseudocode walkthrough part 2.mp4 (15.31 MB)
06 Implementing the code.mp4 (17.71 MB)
01 Introduction To The Problem And Brute Force Approach.mp4 (17.37 MB)
02 Optimal Solution Intuition.mp4 (18.42 MB)
03 Optimal solution pseudocode walkthrough.mp4 (4.05 MB)
04 Implementing the code.mp4 (15.67 MB)
01 Introduction to the problem.mp4 (6.59 MB)
02 Approach 1 Brute Force Approach.mp4 (7.17 MB)
03 Approach 2 A Better Approach Explanation.mp4 (9.96 MB)
04 PseudoCode Walkthrough For Approach 2.mp4 (5.86 MB)
06 Approach 3 Optimal Approach.mp4 (11.69 MB)
07 Implementing the optimal approach.mp4 (5.07 MB)
01 Problem Introduction And Brute Force Explanation.mp4 (11.14 MB)
02 Pseudocode Walkthrough For Brute Force Approach.mp4 (13.5 MB)
03 Approach 2 Optimal solution.mp4 (32.65 MB)
04 Pseudocode Walkthrough For Optimal Approach.mp4 (17.12 MB)
05 Code Implementation.mp4 (7.23 MB)
01 Introduction to the problem and brute force approach.mp4 (11.87 MB)
02 Pseudocode walkthrough for brute approach.mp4 (4.64 MB)
03 Approach 2 better Approach.mp4 (11.07 MB)
04 Implementing the code.mp4 (5.41 MB)
05 Approach 3 optimal approach.mp4 (17.59 MB)
06 Implementing the optimal approach.mp4 (3.24 MB)
01 Explaining the problem.mp4 (7.61 MB)
02 Implementing the code.mp4 (4.13 MB)
01 Introduction to the problem.mp4 (10.78 MB)
02 Examples of binary additions.mp4 (4.51 MB)
03 Pseudocode Implementation.mp4 (6.46 MB)
04 Pseudocode Walkthrough.mp4 (12.03 MB)
05 Implementing the code.mp4 (8.41 MB)
01 Approach 1 Introduction to the problem and brute force approach.mp4 (16.3 MB)
02 Brute force Pseudocode Implementation.mp4 (4 MB)
03 Pseudocode Walkthrough.mp4 (9.84 MB)
04 Approach 2 Optimal Approach Explanation.mp4 (21.3 MB)
05 Pseudocode Walkthrough.mp4 (11.36 MB)
06 Code Implementation.mp4 (5.06 MB)
01 Introduction to the problem and multiple approaches.mp4 (29.26 MB)
02 Optimal Approach.mp4 (8.8 MB)
03 Code Implementation.mp4 (3.95 MB)
01 Approach 1 Intuition.mp4 (12 MB)
02 Approach 1 Pseudocode Walkthrough.mp4 (9.62 MB)
03 Approach 2 - Majority Element Intuition.mp4 (10.19 MB)
04 Implementing Approach 2 code.mp4 (3.14 MB)
05 Approach 3 Intuition - Optimal solution.mp4 (17.44 MB)
06 Approach 3 Walkthrough - Optimal solution.mp4 (10.44 MB)
07 Implementing Approach 3 (optimal approach).mp4 (3.71 MB)
01 Explanation - Group Anagrams - Medium #49.mp4 (24.08 MB)
02 Code - Group Anagrams - Medium #49.mp4 (6.55 MB)
01 Brute force Explanation.mp4 (12.81 MB)
02 Brute Force Pseudocode Walkthrough.mp4 (11.28 MB)
03 Approach 2 Optimal approach.mp4 (39.25 MB)
04 Implementing the code.mp4 (7.3 MB)
01 Introduction to the problem.mp4 (13.66 MB)
02 InputOuput for the problem.mp4 (11.67 MB)
03 Intuition behind the problem.mp4 (9.71 MB)
04 Pseudocode implementation.mp4 (12.77 MB)
05 Pseudocode Walkthrough.mp4 (24.03 MB)
06 Implementing the code.mp4 (15.23 MB)
01 Explanation - Minimum Window Substring - part 1.mp4 (9.59 MB)
02 Explanation - Minimum window substring - part 2.mp4 (11.4 MB)
03 Explanation - Minimum window substring - part 3.mp4 (26.01 MB)
04 Pseudocode Implementation.mp4 (37.71 MB)
05 Pseudocode Walkthrough.mp4 (16.66 MB)
06 Code - Minimum Window Substring - Hard #76.mp4 (14.23 MB)
01 Explanation - Merge Two Sorted Lists - Easy #21.mp4 (7.69 MB)
02 Implementation - Merge Two Sorted Lists - Easy #21.mp4 (8.86 MB)
03 Walkthrough - Merge Two Sorted Lists - Easy #21.mp4 (11.01 MB)
04 Code - Merge Two Sorted Lists - Easy #21.mp4 (6.07 MB)
01 Explanation - Linked List Cycle - Easy #141.mp4 (5.95 MB)
02 Intuition - Linked List Cycle - Easy #141.mp4 (12.32 MB)
03 Walkthrough - Linked List Cycle - Easy #141.mp4 (4.81 MB)
04 Code - Linked List Cycle - Easy #141.mp4 (5.13 MB)
01 Explanation - Reverse Linked List.mp4 (4.47 MB)
02 Intuition - Reverse Linked List.mp4 (8.82 MB)
03 pseudocode Implementation & Walkthrough - Reverse Linked List.mp4 (11.14 MB)
04 Implementing the code - Reverse Linked List.mp4 (6.23 MB)
01 Explanation - Add Two Numbers.mp4 (9.91 MB)
02 Intuition - Add Two Numbers.mp4 (19.2 MB)
03 Implementation - Add Two Numbers.mp4 (6.53 MB)
04 Walkthrough - Add Two Numbers - Medium #2.mp4 (11.84 MB)
05 Code - Add Two Numbers.mp4 (13.78 MB)
01 Explanation - Remove Nth Node From End of List.mp4 (4.63 MB)
02 Intuition - Remove Nth Node From End of List.mp4 (23.54 MB)
03 Walkthrough - Remove Nth Node From End of List.mp4 (6.81 MB)
04 Approach 2 Explanation - Remove Nth Node From End of List.mp4 (10.51 MB)
05 Approach 2 Walkthrough - Remove Nth Node From End of List - Medium #19.mp4 (6.08 MB)
06 Code - Remove Nth Node From End of List.mp4 (7.02 MB)
01 Explanation - Odd Even Linked List.mp4 (6.34 MB)
02 Intuition - Odd Even Linked List.mp4 (27.93 MB)
03 Implementation - Odd Even Linked List.mp4 (3.68 MB)
04 Walkthrough - Odd Even Linked List.mp4 (9.42 MB)
05 Code - Odd Even Linked List.mp4 (6.56 MB)
01 Explanation - Merge K Sorted Lists - Hard #23.mp4 (17.26 MB)
02 Code - Merge K Sorted Lists - Hard #23.mp4 (43.3 MB)
01 Explanation - Subsets.mp4 (15.96 MB)
02 Cascading solution explanation - Subsets.mp4 (15.29 MB)
03 Cascading solution walkthrough - Subsets.mp4 (6.22 MB)
04 Backtracking Approach 2 explanation - Subsets.mp4 (12.5 MB)
05 Implementing the code.mp4 (7.01 MB)
01 Explanation - Letter Combinations of a Phone Number.mp4 (7.6 MB)
02 Intuition - Letter Combinations of a Phone Number.mp4 (20.9 MB)
03 Walkthrough - Letter Combinations of a Phone Number.mp4 (23.64 MB)
04 Code - Letter Combinations of a Phone Number.mp4 (6.24 MB)
01 Explanation - Word Search - Medium #79.mp4 (55.59 MB)
02 Code - Word Search - Medium #79.mp4 (46.39 MB)
01 Explanation the problem.mp4 (12.97 MB)
02 Intuition behind the problem.mp4 (14.49 MB)
03 Walkthrough over the pseudocode.mp4 (15.8 MB)
04 Implementing the code.mp4 (9.62 MB)
01 Intuition behind the problem.mp4 (21.09 MB)
02 Pseudocode implementation.mp4 (5.9 MB)
03 Walkthrough over pseudocode.mp4 (26.31 MB)
04 Implementing the code.mp4 (9.1 MB)
01 Explaining the problem.mp4 (5.75 MB)
02 Intuition behind the problem.mp4 (18.01 MB)
03 Walkthrough over pseudocode.mp4 (20.42 MB)
04 Implementing the code.mp4 (6.07 MB)
01 Explaining the problem.mp4 (3.29 MB)
02 Intuition and pseudocode implementation.mp4 (14.37 MB)
03 Walkthrough over pseudocode.mp4 (17.04 MB)
04 Implementing the code.mp4 (5.13 MB)
01 Explaining the problem.mp4 (7.26 MB)
02 Intuition behind the problem.mp4 (8.22 MB)
03 Walkthrough over pseudocode.mp4 (18.88 MB)
04 Coding the solution.mp4 (7.74 MB)
01 Explaining the problem.mp4 (4.8 MB)
02 Intuition behind the problem.mp4 (10.23 MB)
03 Pseudocode implementation.mp4 (12.38 MB)
04 Walkthrough over pseudocode.mp4 (13 MB)
05 Coding the solution.mp4 (14.84 MB)
01 Explaining the problem.mp4 (13 MB)
02 Optimized Solution Explanation- Kth Smallest Element in a BST - Medium #230.mp4 (36.14 MB)
03 Code - Kth Smallest Element in a BST - Medium #230.mp4 (5.61 MB)
01 Explaining the Serialisation.mp4 (19.33 MB)
02 Walkthrough over pseudocode (Serialisation).mp4 (9.25 MB)
03 Explaining the Deserialisation.mp4 (15.65 MB)
04 Walkthrough over pseudocode (Deserialisation).mp4 (14.47 MB)
05 Coding the solution.mp4 (11.47 MB)
01 Explaining the problem.mp4 (7.31 MB)
02 Intuition behind the problem.mp4 (21.91 MB)
03 Walkthrough over pseudocode.mp4 (22.99 MB)
04 Coding the solution.mp4 (6.98 MB)
01 Brute force explanation - Min Stack - Easy #155.mp4 (15.96 MB)
02 Walkthrough over pseudocode.mp4 (8.34 MB)
03 Optimal solution explanation.mp4 (18.98 MB)
04 Coding the solution.mp4 (9.04 MB)
01 Explaining the problem.mp4 (14.26 MB)
02 Intuition behind this problem.mp4 (17.93 MB)
03 Pseudocode Implementation.mp4 (6.96 MB)
04 Walkthrough over the pseudocode.mp4 (10.76 MB)
05 Code - Valid Parenthesis - Easy #20.mp4 (6.24 MB)
01 Explaining the problem.mp4 (17.37 MB)
02 Walkthrough over pseudocode.mp4 (9.53 MB)
03 Implementing the code.mp4 (5.79 MB)
01 Explaining the problem.mp4 (5.88 MB)
02 Intuition behind the problem.mp4 (22.56 MB)
03 Walkthrough over pseudocode.mp4 (15.42 MB)
04 Optimal solution explanation.mp4 (26.84 MB)
05 Optimal solution pseudocode walkthrough.mp4 (9.26 MB)
06 Implementing the code.mp4 (6.1 MB)
01 Explanation of the problem.mp4 (13.37 MB)
02 Implementing the code.mp4 (6.04 MB)
01 Explanation behind the problem.mp4 (15.22 MB)
02 Intuition behind the problem.mp4 (22.63 MB)
03 2nd Approach Bottom Up dynamic programming.mp4 (10.7 MB)
04 Walkthrough behind pseudocode.mp4 (8.16 MB)
05 Implementing the code.mp4 (6.91 MB)
01 Explanation behind the problem.mp4 (7.34 MB)
02 Intuition behind the problem.mp4 (27.54 MB)
03 Walkthrough over pseudocode.mp4 (15.53 MB)
04 Optimal solution explanation.mp4 (12.83 MB)
05 Coding the solution.mp4 (4.78 MB)
01 Explaining the problem.mp4 (15.51 MB)
02 Intuition behind the problem.mp4 (20.49 MB)
03 Implementation the pseudocode.mp4 (12.75 MB)
04 Bottom up approach explanation.mp4 (4.71 MB)
05 Bottom up approach walkthrough - Climbing Stairs - Easy #70.mp4 (6.43 MB)
06 Bottom up optimization - Climbing Stairs - Easy #70.mp4 (4.03 MB)
07 Code - Climbing Stairs - Easy #70.mp4 (3.64 MB)
01 Explaining the problem.mp4 (8.72 MB)
02 Intuition behind the problem.mp4 (34.1 MB)
03 Pseudocode Implementation and optimisation.mp4 (23.48 MB)
04 Bottom up approach explanation.mp4 (35.89 MB)
05 Implementing the code.mp4 (10.05 MB)
01 Explaining the problem.mp4 (11.14 MB)
02 Pseudocode Implementation and walkthrough.mp4 (8.77 MB)
03 Implementing the code.mp4 (5.66 MB)
01 Explanation of the problem.mp4 (4.77 MB)
02 Initial Intuition behind the problem.mp4 (14.62 MB)
03 Optimising the previous solution.mp4 (16.27 MB)
04 Pseudocode Implementation.mp4 (8.55 MB)
05 Walkthrough over pseudocode.mp4 (26.3 MB)
06 Implementing the code.mp4 (11.81 MB)
01 Explaining the problem.mp4 (33.5 MB)
02 Coding the implementation.mp4 (9.68 MB)
01 Big O Introduction.mp4 (7.89 MB)
02 Big O Exercises.mp4 (11.69 MB)
03 Formalizing Big O.mp4 (39.24 MB)
04 Big O Simplification.mp4 (21.66 MB)
05 Space complexity.mp4 (18.25 MB)
06 Logarithms.mp4 (17.64 MB)
01 Binary Search Algorithm.mp4 (16.86 MB)
02 Binary Search Implementation.mp4 (11.91 MB)
01 Sliding Window Technique.mp4 (21.11 MB)
02 Sliding Window Implementation.mp4 (10.99 MB)
02 What are hash tables.mp4 (23.93 MB)
03 Collision handling.mp4 (27.35 MB)
04 Collision handling techniques comparison.mp4 (22.44 MB)
01 What are Linked Lists.mp4 (10.96 MB)
02 Singly linked list creation implementation.mp4 (21.06 MB)
03 Singly linked list insertion implementation.mp4 (29.53 MB)
04 Singly linked list deletion implementation.mp4 (20.51 MB)
05 Doubly Linked Lists.mp4 (3.73 MB)
06 Doubly linked lists creation implementation.mp4 (31.78 MB)
07 Doubly linked lists insertion implementation.mp4 (41.98 MB)
08 Doubly linked list deletion implementation.mp4 (39.45 MB)
01 What are stacks.mp4 (11.63 MB)
02 Stacks Implementation.mp4 (6.22 MB)
03 What are Queues.mp4 (11.42 MB)
04 Queues Implementation.mp4 (2.35 MB)
01 What are Graphs.mp4 (9.64 MB)
02 Directed Graph Implementation - Adjacency List.mp4 (15.87 MB)
03 Directed Graph Implementation - Adjacency Matrix.mp4 (22.2 MB)
04 Undirected Graph Implementation - Adjacency List.mp4 (17.04 MB)
05 Undirected Graph Implementation - Adjacency Matrix.mp4 (18.86 MB)
01 Depth First Search (DFS).mp4 (34.15 MB)
02 DFS implementation.mp4 (17.87 MB)
01 Breadth First Search (BFS).mp4 (30.77 MB)
02 BFS Implementation.mp4 (16.76 MB)
01 Dijkstra's Algorithm.mp4 (50.02 MB)
02 Explanation - network delay time - Medium #743.mp4 (31.06 MB)
03 Code - network delay time - Medium #743.mp4 (31.01 MB)
01 What are trees.mp4 (21.88 MB)
02 Trees Implementation.mp4 (9.43 MB)
03 In-order Traversal Technique.mp4 (5.86 MB)
04 In-order traversal implementation.mp4 (16.5 MB)
05 Pre-order Traversal Technique.mp4 (5.84 MB)
06 Pre-order traversal implementation.mp4 (11.85 MB)
07 Post-order Traversal Technique.mp4 (5.67 MB)
08 Post-order traversal implementation.mp4 (11.04 MB)
02 What is a binary search tree (BST).mp4 (21.44 MB)
03 Binary Search tree creation and insertion implementation.mp4 (41.01 MB)
04 Binary search tree searching Implementation.mp4 (33.07 MB)
05 BInary search tree deletion implementation.mp4 (37.57 MB)

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[0dayddl]

50 days of LeetCode in python: Algorithms coding interview
2024-11-24
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English (US) | Size: 5.39 GB | Duration: 29h 14m​

Practice data structure and algorithms questions for interviews at FAANG companies like Google, Facebook, Apple & Amazon

What you'll learn
Solve Easy to Hard Difficulty problems using different data structures and algorithms
How to solve some of the most popular interview questions asked by major tech companies
Breaking down the coding interview problems in a step by step, systematic manner
Popular problems patterns
Algorithms and data structures
Strengthen your problem solving and programming skills

Requirements
Basic Knowledge of fundamental data structures and algorithms is preferred
Basic Knowledge of python is preferred
If you want to submit the code yourself, you should be familiar with leetcode and have an account

Description
Want to master popular problem-solving techniques, data structures, and algorithms that interviewers love? Dive right in!Crave step-by-step explanations for the industry's hottest interview questions? We've got you covered.Looking to up your game in competitive programming? Buckle up for a thrilling journey!Welcome to the course!In this course, you'll have a detailed, step by step explanation of hand-picked LeetCode questions where you'll learn about the most popular techniques and problems used in the coding interview, This is the course I wish I had when I was doing my interviews. and it comes with a 30-day money-back guaranteeWhat is LeetCode?LeetCode is essentially a huge repository of real interview questions asked by the most popular tech companies ( Google, Amazon, Facebook, Microsoft, and more ).The problem with LeetCode is also its advantage, IT'S HUGE, so huge in fact that interviewers from the most popular companies often directly ask questions they find on LeetCode, So it's hard to navigate through the huge amount of problems to find those that really matter, this is what this course is for.I spent countless hours on LeetCode and I'm telling you that you don't have to do the same and still be able to get a job at a major tech company.Course overview :In this course, I compiled the most important and the most popular interview questions asked by these major companies and I explain them, in a true STEP BY STEP fashion to help you understand exactly how to solve these types of questions.The problems are handpicked to ensure complete coverage of the most popular techniques, data structures, and algorithms used in interviews so you can generalize the patterns you learn here on other problems.Each problem gets multiple videos :Explanation and intuition video(s): we do a detailed explanation of the problems and its solution, this video will be longer because we will do a step by step explanation for the problems.Coding video(s): where we code the solution discussed in the explanation video together.Walkthrough video(s): where we go over each line of code and see what it doesWe will use basic python for this course to code our solutions, previous knowledge in python is preferred but NOT required for the coding part of the course.The problems are categorised for easier navigation and will be regularly updated with more popular and interesting problems.Some of the stuff this course will cover are :Arrays and Strings interview questions.Searching interview questions and algorithms.Dynamic Programming interview questions.Backtracking interview questions ( With step by step visualisation ).Trees and Graphs interview questions and algorithms.Data structures Like Stacks, Queues, Maps, Linked Lists, and more.In other words, this course is your one-stop-shop for your dream job.

Who this course is for:
Developers eager to pass the coding interview at huge companies like Google, Facebook, Microsoft, Amazon, etc., People who want to develop their problem solving skills., Developers getting ready for their technical interviews., Students getting ready for their internship coding interviews., People who want to get better at competitive coding

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