magnet:?xt=urn:btih:382204046898F287EC2DF2BB8D5B1F57879F5F11
01 - Introduction/001 Course Breakdown.mp4 158.7 MB05 - Strings - Question #4 - Typed Out Strings (Easy)/001 Interview Question #4 -Typed Out Strings.mp4 115.7 MB30 - Graphs - Question #25 - Network Time Delay (Medium)/005 Coding Our Solution With Dijkstra.mp4 113.4 MB04 - Arrays - Questions #3 - Trapping Rainwater (Hard)/004 Figuring Out Our Optimization Strategy.mp4 101.4 MB04 - Arrays - Questions #3 - Trapping Rainwater (Hard)/001 Interview Question #3 - Trapping Rainwater.mp4 91.2 MB25 - 2D-Arrays - Question #21 Rotting Oranges (Medium)/001 Question #21 Rotting Oranges.mp4 84.3 MB01 - Introduction/002 Join Our Online Classroom!.mp4 81.3 MB45 - Appendix Sorting/001 Sorting Introduction.mp4 81.1 MB03 - Arrays - Questions #2 - Container With Most Water (Medium)/007 Coding Our Optimal Solution And Testing On LeetCode.mp4 81.0 MB06 - Strings - Question #5 - Longest Substring Without Repeating Characters (Medium)/001 Interview Question #5 - Longest Substring Without Repeating Characters.mp4 77.4 MB03 - Arrays - Questions #2 - Container With Most Water (Medium)/001 Interview Question #2 - Container With Most Water.mp4 75.4 MB03 - Arrays - Questions #2 - Container With Most Water (Medium)/006 Thinking About Our Optimal Solution.mp4 67.8 MB05 - Strings - Question #4 - Typed Out Strings (Easy)/005 Coming Up With Optimal Solution.mp4 67.7 MB45 - Appendix Sorting/014 Merge Sort and O(n log n).mp4 66.0 MB15 - Recursion (Sorting and Hoare's QuickSelect) - Question #13 - Kth Largest Element/002 Optional Tail Recursion.mp4 64.9 MB39 - Appendix Hash Tables/003 Hash Collisions.mp4 64.4 MB24 - 2D-Arrays - Question #20 Number Of Islands (Medium)/005 Coding Our Solution.mp4 63.4 MB28 - Graphs - Question #23 - Time Needed to Inform All Employees (Medium)/001 Question #23 - Time Needed to Inform All Employees.mp4 60.0 MB38 - Appendix Arrays/003 Optional Implementing An Array.mp4 57.5 MB42 - Appendix Trees/001 Trees Introduction.mp4 57.4 MB10 - Linked List - Question #8 - Merge Multi-Level Doubly Linked List (Medium)/005 Coding Out Our Solution.mp4 56.9 MB04 - Arrays - Questions #3 - Trapping Rainwater (Hard)/005 Coding Our Optimal Solution.mp4 54.2 MB32 - Dynamic Programming - Question #27 - Knight Probability In Chessboard (Medium)/006 Figuring Out The Logic For Our Bottom Up Solution.mp4 53.1 MB44 - Appendix Recursion/003 Anatomy Of Recursion.mp4 51.9 MB16 - Recursion (Binary Search) - Question #14 - Start And End Of Target (Medium)/005 Coding Our Solution.mp4 51.0 MB30 - Graphs - Question #25 - Network Time Delay (Medium)/003 Greedy Method & What Is Dijkstra's Algorithm.mp4 50.9 MB37 - Appendix Big O/003 Big O and Scalability.mp4 50.3 MB15 - Recursion (Sorting and Hoare's QuickSelect) - Question #13 - Kth Largest Element/009 Coding Our Solution With Quickselect.mp4 50.1 MB37 - Appendix Big O/017 What Does This All Mean.mp4 48.9 MB32 - Dynamic Programming - Question #27 - Knight Probability In Chessboard (Medium)/005 Second Step - Memoizing Our Redundant Recursive Calls.mp4 48.6 MB20 - Full & Complete Binary Trees - Question #18 - Number Of Nodes In Complete Tree/004 Coding Out Our Full Solution.mp4 47.6 MB33 - Backtracking - Question #28 - Sudoku Solver (Hard)/008 Thinking About The Space And Time Complexity.mp4 47.4 MB32 - Dynamic Programming - Question #27 - Knight Probability In Chessboard (Medium)/001 Question #27 - Knight Probability In Chessboard.mp4 47.3 MB37 - Appendix Big O/004 O(n).mp4 46.9 MB01 - Introduction/005 ZTM Resources.mp4 46.0 MB31 - Dynamic Programming - Question #26 - Minimum Cost Of Climbing Stairs (Easy)/001 Question #26 - Minimum Cost Of Climbing Stairs & How To Approach DP.mp4 44.8 MB11 - Linked List - Question #9 - Cycle Detection (Medium)/004 Optional Proof Of How And Why Floyd's Algorithm Works.mp4 44.7 MB07 - Strings - Question #6 - Valid Palindrome & Almost Palindrome/001 Intro To Palindromes.mp4 44.6 MB15 - Recursion (Sorting and Hoare's QuickSelect) - Question #13 - Kth Largest Element/007 Coding Quicksort Into Our Solution.mp4 43.6 MB05 - Strings - Question #4 - Typed Out Strings (Easy)/007 Submitting To LeetCode.mp4 43.2 MB07 - Strings - Question #6 - Valid Palindrome & Almost Palindrome/003 Almost A Palindrome.mp4 42.7 MB30 - Graphs - Question #25 - Network Time Delay (Medium)/001 Question #25 - Network Time Delay.mp4 41.5 MB33 - Backtracking - Question #28 - Sudoku Solver (Hard)/007 Coding The Recursive Backtracking Portion Of Our Solution.mp4 41.2 MB43 - Appendix Searching + BFS + DFS/009 depthFirstSearch().mp4 40.4 MB03 - Arrays - Questions #2 - Container With Most Water (Medium)/003 Thinking Through A Logical Brute Force Solution.mp4 38.9 MB31 - Dynamic Programming - Question #26 - Minimum Cost Of Climbing Stairs (Easy)/002 Understanding & Identifying Recurrence Relation.mp4 38.2 MB43 - Appendix Searching + BFS + DFS/007 breadthFirstSearch().mp4 38.0 MB27 - Intro to Graphs - Representation & Traversal Algorithms/001 Introduction To The Types Of Graphs.mp4 36.5 MB29 - Graphs - Question #24 - Course Scheduler (Medium)/006 Coding Our Final Solution.mp4 36.3 MB30 - Graphs - Question #25 - Network Time Delay (Medium)/007 Thinking About Negative Weights.mp4 36.2 MB02 - Arrays - Question #1 Google Interview Question Two Sum (Easy)/006 Analyzing Space and Time Complexity.mp4 35.7 MB34 - Interface Design - Question #29 - Monarchy/001 Understanding Interface Design & Question #29 - Monarchy.mp4 35.5 MB09 - Linked List - Question #7 - M, N Reversals (Medium)/002 Coming Up With A Logical Solution.mp4 35.4 MB30 - Graphs - Question #25 - Network Time Delay (Medium)/006 Time And Space Complexity Of Our Solution.mp4 34.5 MB44 - Appendix Recursion/001 Recursion Introduction.mp4 34.5 MB17 - Binary Trees - Question #15 - Maximum Depth Of Binary Tree (Easy)/003 Learning The Process For Solving Binary Tree Problems.mp4 34.2 MB45 - Appendix Sorting/017 Quick Sort.mp4 34.0 MB25 - 2D-Arrays - Question #21 Rotting Oranges (Medium)/004 Coding Out Our Solution.mp4 33.8 MB18 - Binary Trees - Question #16 - Level Order Of Binary Tree (Medium)/002 Walking Through Our Solution.mp4 33.6 MB23 - Intro To 2D-Arrays - Basics & Traversal Algorithms/004 Coding DFS - Implementing Recursive DFS.mp4 33.2 MB09 - Linked List - Question #7 - M, N Reversals (Medium)/003 Coding Our Solution.mp4 32.9 MB10 - Linked List - Question #8 - Merge Multi-Level Doubly Linked List (Medium)/004 Thinking About Our Approach.mp4 32.6 MB24 - 2D-Arrays - Question #20 Number Of Islands (Medium)/006 Thinking About Space And Time Complexity.mp4 32.1 MB16 - Recursion (Binary Search) - Question #14 - Start And End Of Target (Medium)/001 Understanding Binary Search.mp4 31.6 MB31 - Dynamic Programming - Question #26 - Minimum Cost Of Climbing Stairs (Easy)/006 Coding Our Memoization Optimization.mp4 31.3 MB38 - Appendix Arrays/001 Arrays Introduction.mp4 31.1 MB30 - Graphs - Question #25 - Network Time Delay (Medium)/008 What is The Bellman-Ford Algorithm - Conceptualizing Dynamic Programming.mp4 31.0 MB45 - Appendix Sorting/002 The Issue With sort().mp4 30.9 MB35 - Tries - Question #30 - Implement Prefix Trie (Medium)/002 Question #30 - Implement Prefix Trie.mp4 30.7 MB24 - 2D-Arrays - Question #20 Number Of Islands (Medium)/001 A General Approach To Thinking About Most Graph Questions.mp4 30.2 MB05 - Strings - Question #4 - Typed Out Strings (Easy)/004 Space And Time Complexity.mp4 30.1 MB29 - Graphs - Question #24 - Course Scheduler (Medium)/003 Coding Out Our Initial BFS Solution.mp4 30.1 MB20 - Full & Complete Binary Trees - Question #18 - Number Of Nodes In Complete Tree/003 Figuring Out Number Of Nodes At Last Level.mp4 30.0 MB32 - Dynamic Programming - Question #27 - Knight Probability In Chessboard (Medium)/008 Fourth Step - Bottom Up Optimization.mp4 29.8 MB30 - Graphs - Question #25 - Network Time Delay (Medium)/004 Thinking About A Solution With Dijkstra's Algorithm.mp4 29.5 MB24 - 2D-Arrays - Question #20 Number Of Islands (Medium)/003 Approaching Our Problem - Thinking Deeply About The Values.mp4 29.4 MB10 - Linked List - Question #8 - Merge Multi-Level Doubly Linked List (Medium)/001 Interview Question #8 - Merge Multi-Level Doubly Linked List.mp4 29.0 MB37 - Appendix Big O/002 What Is Good Code.mp4 28.9 MB13 - Stacks - Question #11 - Minimum Brackets To Remove (Medium)/001 Interview Question #11 - Minimum Brackets To Remove.mp4 28.1 MB29 - Graphs - Question #24 - Course Scheduler (Medium)/001 Question #24 - Course Scheduler.mp4 28.1 MB39 - Appendix Hash Tables/002 Hash Function.mp4 28.1 MB15 - Recursion (Sorting and Hoare's QuickSelect) - Question #13 - Kth Largest Element/011 Exercise Imposter Syndrome.mp4 27.8 MB15 - Recursion (Sorting and Hoare's QuickSelect) - Question #13 - Kth Largest Element/006 Understanding Divide And Conquer.mp4 27.3 MB37 - Appendix Big O/022 Exercise Twitter.mp4 27.1 MB26 - 2D-Arrays - Question #22 - Walls And Gates (Medium)/003 Coding Out Our Solution.mp4 26.6 MB37 - Appendix Big O/005 O(1).mp4 26.6 MB18 - Binary Trees - Question #16 - Level Order Of Binary Tree (Medium)/003 Coding Out Level Order Traversal.mp4 26.3 MB19 - Binary Trees - Question #17 - Right Side View of Tree (Medium)/006 Coding Our Final DFS Solution.mp4 26.1 MB22 - Heaps & Priority Queues/006 Coding Our Deletion And Sift Down Methods.mp4 26.0 MB45 - Appendix Sorting/003 Sorting Algorithms.mp4 25.9 MB29 - Graphs - Question #24 - Course Scheduler (Medium)/004 What is Topological Sort.mp4 25.9 MB03 - Arrays - Questions #2 - Container With Most Water (Medium)/005 Stepping Through Our Code.mp4 25.6 MB23 - Intro To 2D-Arrays - Basics & Traversal Algorithms/005 Breadth First Search In 2D-Arrays.mp4 25.6 MB25 - 2D-Arrays - Question #21 Rotting Oranges (Medium)/003 Figuring Out The Rest Of Our Solution.mp4 25.4 MB23 - Intro To 2D-Arrays - Basics & Traversal Algorithms/006 Coding BFS.mp4 25.1 MB35 - Tries - Question #30 - Implement Prefix Trie (Medium)/004 Implementing Our Prefix Trie Data Structure Solution.mp4 25.1 MB37 - Appendix Big O/014 O(n^2).mp4 25.0 MB34 - Interface Design - Question #29 - Monarchy/003 Thinking About The Logical Of The Monarchy.mp4 24.8 MB30 - Graphs - Question #25 - Network Time Delay (Medium)/009 What is The Bellman-Ford Algorithm - The Algorithm Itself.mp4 24.5 MB23 - Intro To 2D-Arrays - Basics & Traversal Algorithms/001 Introducing 2D Arrays - What Are They.mp4 24.5 MB23 - Intro To 2D-Arrays - Basics & Traversal Algorithms/002 Depth First Search In 2D-Arrays.mp4 24.4 MB45 - Appendix Sorting/007 Selection Sort.mp4 24.3 MB21 - Binary Search Tree - Question #19 - Validate Binary Search Tree (Medium)/004 Coding Our Our Full Solution.mp4 24.2 MB31 - Dynamic Programming - Question #26 - Minimum Cost Of Climbing Stairs (Easy)/005 Second Step - Memoizing Our Redundant Recursive Calls.mp4 24.2 MB27 - Intro to Graphs - Representation & Traversal Algorithms/002 Representing Our Graphs - Adjacency List & Adjacency Matrix.mp4 24.0 MB42 - Appendix Trees/002 Binary Trees.mp4 23.8 MB02 - Arrays - Question #1 Google Interview Question Two Sum (Easy)/001 Interview Question #1 Two Sum.mp4 23.8 MB12 - Stacks - Question #10 - Valid Parentheses (Easy)/002 Interview Question #10 - Valid Parentheses.mp4 23.7 MB33 - Backtracking - Question #28 - Sudoku Solver (Hard)/001 Understanding The Basics Of Backtracking.mp4 23.4 MB06 - Strings - Question #5 - Longest Substring Without Repeating Characters (Medium)/004 Space And Time Complexity.mp4 23.3 MB04 - Arrays - Questions #3 - Trapping Rainwater (Hard)/003 Coding Our Brute Force.mp4 23.2 MB31 - Dynamic Programming - Question #26 - Minimum Cost Of Climbing Stairs (Easy)/009 Fourth Step - Bottom Up Optimization.mp4 23.1 MB21 - Binary Search Tree - Question #19 - Validate Binary Search Tree (Medium)/002 Thinking About Our Logical Solution.mp4 23.1 MB19 - Binary Trees - Question #17 - Right Side View of Tree (Medium)/004 Thinking About Pre-Order, In-Order, and Post-Order Traversals For Our Solution.mp4 22.9 MB11 - Linked List - Question #9 - Cycle Detection (Medium)/001 Interview Question #9 - Cycle Detection.mp4 22.6 MB13 - Stacks - Question #11 - Minimum Brackets To Remove (Medium)/003 Coding Our Solution.mp4 22.6 MB21 - Binary Search Tree - Question #19 - Validate Binary Search Tree (Medium)/001 Question #19 - Validate Binary Search Tree.mp4 22.5 MB04 - Arrays - Questions #3 - Trapping Rainwater (Hard)/002 Thinking About A Logical Solution.mp4 22.5 MB26 - 2D-Arrays - Question #22 - Walls And Gates (Medium)/001 Question #22 - Walls And Gates.mp4 22.4 MB02 - Arrays - Question #1 Google Interview Question Two Sum (Easy)/002 How To Approach Our Problem.mp4 22.0 MB40 - Appendix Linked Lists/008 Linked Lists Review.mp4 21.9 MB32 - Dynamic Programming - Question #27 - Knight Probability In Chessboard (Medium)/003 Identifying The Recurrence Relation.mp4 21.6 MB30 - Graphs - Question #25 - Network Time Delay (Medium)/010 Coding Our Solution With Bellman-Ford.mp4 21.5 MB44 - Appendix Recursion/002 Stack Overflow.mp4 21.4 MB03 - Arrays - Questions #2 - Container With Most Water (Medium)/002 Coming Up With Test Cases.mp4 21.3 MB42 - Appendix Trees/003 O(log n).mp4 21.1 MB28 - Graphs - Question #23 - Time Needed to Inform All Employees (Medium)/005 Coding Our DFS Solution.mp4 20.8 MB34 - Interface Design - Question #29 - Monarchy/004 Coding Our Monarchy Solution.mp4 20.5 MB45 - Appendix Sorting/016 Solution Merge Sort.mp4 20.2 MB22 - Heaps & Priority Queues/001 Introducing Heaps.mp4 20.1 MB07 - Strings - Question #6 - Valid Palindrome & Almost Palindrome/005 Coding Our Solution.mp4 20.0 MB33 - Backtracking - Question #28 - Sudoku Solver (Hard)/002 Question #28 - Sudoku Solver.mp4 19.8 MB08 - Introducing Linked Lists - Basics and Reverse A Linked List/003 Thinking About Our Solution.mp4 19.8 MB20 - Full & Complete Binary Trees - Question #18 - Number Of Nodes In Complete Tree/001 Question #18 - Number Of Nodes In Complete Tree.mp4 19.4 MB28 - Graphs - Question #23 - Time Needed to Inform All Employees (Medium)/002 Verifying Our Constraints And Thinking About Test Cases.mp4 19.1 MB31 - Dynamic Programming - Question #26 - Minimum Cost Of Climbing Stairs (Easy)/008 Third Step - Bottom Up Tabulation.mp4 19.1 MB20 - Full & Complete Binary Trees - Question #18 - Number Of Nodes In Complete Tree/002 Thinking Deeply About A Full Binary Tree.mp4 19.0 MB05 - Strings - Question #4 - Typed Out Strings (Easy)/006 Coding Our Optimal Solution.mp4 18.7 MB26 - 2D-Arrays - Question #22 - Walls And Gates (Medium)/002 Figuring Out Our Logical Solution.mp4 18.6 MB37 - Appendix Big O/015 Big O Rule 4.mp4 18.5 MB40 - Appendix Linked Lists/004 Solution Why Linked Lists.mp4 18.4 MB24 - 2D-Arrays - Question #20 Number Of Islands (Medium)/002 Question #20 Number Of Islands.mp4 18.3 MB37 - Appendix Big O/012 Big O Rule 2.mp4 17.9 MB22 - Heaps & Priority Queues/003 Deletion In Heaps - Understanding Sift Down.mp4 17.9 MB03 - Arrays - Questions #2 - Container With Most Water (Medium)/004 Coding Out Our Brute Force Solution.mp4 17.8 MB04 - Arrays - Questions #3 - Trapping Rainwater (Hard)/006 Optimal Code And LeetCode.mp4 17.7 MB16 - Recursion (Binary Search) - Question #14 - Start And End Of Target (Medium)/003 Question #14 - Start And End Of Target In A Sorted Array.mp4 17.7 MB06 - Strings - Question #5 - Longest Substring Without Repeating Characters (Medium)/005 Sliding Window Technique.mp4 17.6 MB42 - Appendix Trees/004 Binary Search Trees.mp4 17.5 MB15 - Recursion (Sorting and Hoare's QuickSelect) - Question #13 - Kth Largest Element/004 Interview Question #13 - Kth Largest Element.mp4 17.4 MB33 - Backtracking - Question #28 - Sudoku Solver (Hard)/003 Learning The Backtracking Template.mp4 17.3 MB45 - Appendix Sorting/010 Dancing Algorithms.mp4 17.2 MB45 - Appendix Sorting/009 Solution Selection Sort.mp4 17.2 MB24 - 2D-Arrays - Question #20 Number Of Islands (Medium)/004 Approaching Our Problem - Thinking About Traversals.mp4 17.0 MB25 - 2D-Arrays - Question #21 Rotting Oranges (Medium)/002 Figuring Out Our Initial Logic.mp4 17.0 MB17 - Binary Trees - Question #15 - Maximum Depth Of Binary Tree (Easy)/002 Question #15 - Maximum Depth of Binary Tree.mp4 16.8 MB15 - Recursion (Sorting and Hoare's QuickSelect) - Question #13 - Kth Largest Element/005 Insights From Quick Sort.mp4 16.7 MB44 - Appendix Recursion/005 When To Use Recursion.mp4 16.7 MB06 - Strings - Question #5 - Longest Substring Without Repeating Characters (Medium)/003 Coding Our Brute Force.mp4 16.6 MB09 - Linked List - Question #7 - M, N Reversals (Medium)/001 Interview Question #7 - M, N Reversals.mp4 16.6 MB38 - Appendix Arrays/002 Static vs Dynamic Arrays.mp4 16.5 MB33 - Backtracking - Question #28 - Sudoku Solver (Hard)/006 Setting Up Our Solution Code.mp4 16.5 MB23 - Intro To 2D-Arrays - Basics & Traversal Algorithms/003 Coding DFS - Setting Up For DFS.mp4 16.3 MB17 - Binary Trees - Question #15 - Maximum Depth Of Binary Tree (Easy)/004 Coding Our Solution.mp4 16.3 MB29 - Graphs - Question #24 - Course Scheduler (Medium)/005 Thinking About A Solution With Topological Sort.mp4 16.3 MB08 - Introducing Linked Lists - Basics and Reverse A Linked List/002 Basic Algorithm Reverse a Linked List.mp4 16.0 MB37 - Appendix Big O/021 Exercise Space Complexity.mp4 15.9 MB45 - Appendix Sorting/006 Solution Bubble Sort.mp4 15.8 MB02 - Arrays - Question #1 Google Interview Question Two Sum (Easy)/004 Testing Our Brute Force Solution With Our Test Cases.mp4 15.8 MB45 - Appendix Sorting/004 Bubble Sort.mp4 15.8 MB27 - Intro to Graphs - Representation & Traversal Algorithms/004 Coding BFS.mp4 15.8 MB12 - Stacks - Question #10 - Valid Parentheses (Easy)/004 Coding Our Solution With A Stack.mp4 15.5 MB27 - Intro to Graphs - Representation & Traversal Algorithms/003 Breadth First Search In Graphs.mp4 15.5 MB37 - Appendix Big O/023 Section Summary.mp4 15.3 MB16 - Recursion (Binary Search) - Question #14 - Start And End Of Target (Medium)/004 Walking Through Our Solution.mp4 15.3 MB19 - Binary Trees - Question #17 - Right Side View of Tree (Medium)/005 Completing Our DFS Solution.mp4 15.2 MB13 - Stacks - Question #11 - Minimum Brackets To Remove (Medium)/002 Thinking About Our Solution.mp4 15.1 MB06 - Strings - Question #5 - Longest Substring Without Repeating Characters (Medium)/008 Coding Our Optimal Solution.mp4 14.9 MB33 - Backtracking - Question #28 - Sudoku Solver (Hard)/005 Coding How To Get Box ID.mp4 14.9 MB34 - Interface Design - Question #29 - Monarchy/002 Figuring Out Our Test Cases.mp4 14.9 MB02 - Arrays - Question #1 Google Interview Question Two Sum (Easy)/009 Testing Our Optimal Solution With Our Test Cases & Space and Time Complexity.mp4 14.9 MB32 - Dynamic Programming - Question #27 - Knight Probability In Chessboard (Medium)/007 Third Step - Bottom Up Tabulation.mp4 14.8 MB19 - Binary Trees - Question #17 - Right Side View of Tree (Medium)/003 Understanding The Depth First Search Approach.mp4 14.8 MB43 - Appendix Searching + BFS + DFS/008 PreOrder, InOrder, PostOrder.mp4 14.7 MB02 - Arrays - Question #1 Google Interview Question Two Sum (Easy)/007 Optimizing Our Solution.mp4 14.7 MB28 - Graphs - Question #23 - Time Needed to Inform All Employees (Medium)/003 How To Represent Our Graph As An Adjacency List.mp4 14.7 MB05 - Strings - Question #4 - Typed Out Strings (Easy)/003 Coding Our Brute Force.mp4 14.5 MB07 - Strings - Question #6 - Valid Palindrome & Almost Palindrome/002 Interview Question #6 - Valid Palindrome.mp4 14.3 MB27 - Intro to Graphs - Representation & Traversal Algorithms/006 Coding DFS.mp4 14.3 MB19 - Binary Trees - Question #17 - Right Side View of Tree (Medium)/001 Question #17 - Right Side View of Tree.mp4 14.3 MB02 - Arrays - Question #1 Google Interview Question Two Sum (Easy)/010 Checking Performance on Leetcode.mp4 14.3 MB30 - Graphs - Question #25 - Network Time Delay (Medium)/002 Thinking About How To Approach The Problem.mp4 14.3 MB11 - Linked List - Question #9 - Cycle Detection (Medium)/003 Coding Floyd's Algorithm.mp4 13.8 MB14 - Queues - Question #12 - Implement Queue With Stacks (Easy)/001 Question #12 - Implement Queue With Stacks.mp4 13.7 MB39 - Appendix Hash Tables/001 Hash Tables Introduction.mp4 13.7 MB14 - Queues - Question #12 - Implement Queue With Stacks (Easy)/002 Figuring Out Our Solution.mp4 13.6 MB21 - Binary Search Tree - Question #19 - Validate Binary Search Tree (Medium)/003 Figuring Out Our Boundaries.mp4 13.2 MB19 - Binary Trees - Question #17 - Right Side View of Tree (Medium)/002 Understanding The Breadth First Search Approach.mp4 13.2 MB22 - Heaps & Priority Queues/004 Starting To Code Our Priority Queue Class.mp4 13.1 MB45 - Appendix Sorting/013 Solution Insertion Sort.mp4 13.1 MB08 - Introducing Linked Lists - Basics and Reverse A Linked List/001 Linked List Introduction.mp4 13.0 MB44 - Appendix Recursion/004 Recursive VS Iterative.mp4 13.0 MB22 - Heaps & Priority Queues/002 Insertion In Heaps - Understanding Sift Up.mp4 13.0 MB05 - Strings - Question #4 - Typed Out Strings (Easy)/002 Logic Of Our Brute Force.mp4 12.9 MB40 - Appendix Linked Lists/005 What Is A Pointer.mp4 12.9 MB18 - Binary Trees - Question #16 - Level Order Of Binary Tree (Medium)/001 Question #16 - Level Order Of Binary Tree.mp4 12.7 MB10 - Linked List - Question #8 - Merge Multi-Level Doubly Linked List (Medium)/002 Figuring Out Our Test Cases.mp4 12.7 MB28 - Graphs - Question #23 - Time Needed to Inform All Employees (Medium)/004 Solving Our Problem Logically Using DFS Traversal.mp4 12.7 MB37 - Appendix Big O/011 Big O Rule 1.mp4 12.5 MB14 - Queues - Question #12 - Implement Queue With Stacks (Easy)/003 Coding Our Solution.mp4 12.3 MB37 - Appendix Big O/007 Solution Big O Calculation.mp4 12.2 MB43 - Appendix Searching + BFS + DFS/001 Graph + Tree Traversals.mp4 12.1 MB31 - Dynamic Programming - Question #26 - Minimum Cost Of Climbing Stairs (Easy)/003 First Step - Recursive Solution From Recurrence Relation.mp4 11.9 MB40 - Appendix Linked Lists/002 What Is A Linked List.mp4 11.7 MB08 - Introducing Linked Lists - Basics and Reverse A Linked List/004 Coding Reverse A Linked List Solution.mp4 11.6 MB41 - Appendix Stacks + Queues/003 Queues.mp4 11.6 MB37 - Appendix Big O/019 3 Pillars Of Programming.mp4 11.5 MB41 - Appendix Stacks + Queues/002 Stacks.mp4 11.4 MB02 - Arrays - Question #1 Google Interview Question Two Sum (Easy)/003 Writing Our Brute Force Solution.mp4 11.3 MB40 - Appendix Linked Lists/006 Doubly Linked Lists.mp4 11.0 MB15 - Recursion (Sorting and Hoare's QuickSelect) - Question #13 - Kth Largest Element/008 What Is Hoare's Quickselect Algorithm.mp4 11.0 MB29 - Graphs - Question #24 - Course Scheduler (Medium)/002 Thinking About Our Initial Solution - BFS.mp4 10.7 MB12 - Stacks - Question #10 - Valid Parentheses (Easy)/001 Intro to Stacks and Queues.mp4 10.7 MB33 - Backtracking - Question #28 - Sudoku Solver (Hard)/004 Applying Our Backtracking Template To Sudoku Solver Logic.mp4 10.6 MB42 - Appendix Trees/007 Tries.mp4 10.6 MB43 - Appendix Searching + BFS + DFS/004 BFS vs DFS.mp4 10.5 MB22 - Heaps & Priority Queues/005 Coding Our Insertion And Sift Up Methods.mp4 10.4 MB06 - Strings - Question #5 - Longest Substring Without Repeating Characters (Medium)/010 Optimal Code And LeetCode.mp4 10.3 MB16 - Recursion (Binary Search) - Question #14 - Start And End Of Target (Medium)/002 How To Code Binary Search.mp4 10.3 MB42 - Appendix Trees/005 Balanced VS Unbalanced BST.mp4 10.2 MB15 - Recursion (Sorting and Hoare's QuickSelect) - Question #13 - Kth Largest Element/001 Introducing Recursion.mp4 10.2 MB41 - Appendix Stacks + Queues/006 Stacks + Queues Review.mp4 10.2 MB27 - Intro to Graphs - Representation & Traversal Algorithms/005 Depth First Search In Graphs.mp4 10.2 MB06 - Strings - Question #5 - Longest Substring Without Repeating Characters (Medium)/007 Thinking About Optimal Solution.mp4 10.0 MB11 - Linked List - Question #9 - Cycle Detection (Medium)/002 What Is Floyd's Tortoise And Hare Algorithm.mp4 10.0 MB43 - Appendix Searching + BFS + DFS/003 DFS Introduction.mp4 9.8 MB31 - Dynamic Programming - Question #26 - Minimum Cost Of Climbing Stairs (Easy)/007 Understanding The Bottom Up Approach (Tabulation).mp4 9.7 MB41 - Appendix Stacks + Queues/001 Stacks + Queues Introduction.mp4 9.7 MB12 - Stacks - Question #10 - Valid Parentheses (Easy)/003 Walking Through Our Problem - Identifying The Need For A Stack.mp4 9.4 MB37 - Appendix Big O/016 Big O Cheat Sheet.mp4 9.4 MB32 - Dynamic Programming - Question #27 - Knight Probability In Chessboard (Medium)/004 First Step - Recursive Solution From Recurrence Relation.mp4 9.1 MB44 - Appendix Recursion/006 Recursion Review.mp4 9.0 MB40 - Appendix Linked Lists/007 Singly VS Doubly Linked Lists.mp4 9.0 MB02 - Arrays - Question #1 Google Interview Question Two Sum (Easy)/008 Coding Our Optimal Solution.mp4 8.7 MB40 - Appendix Linked Lists/001 Linked Lists Introduction.mp4 8.1 MB43 - Appendix Searching + BFS + DFS/006 Solution BFS vs DFS.mp4 8.0 MB42 - Appendix Trees/006 BST Pros and Cons.mp4 8.0 MB37 - Appendix Big O/001 Section Overview.mp4 7.9 MB15 - Recursion (Sorting and Hoare's QuickSelect) - Question #13 - Kth Largest Element/003 Sorting.mp4 7.8 MB35 - Tries - Question #30 - Implement Prefix Trie (Medium)/003 Understanding The Logic For Our Methods.mp4 7.8 MB43 - Appendix Searching + BFS + DFS/002 BFS Introduction.mp4 7.8 MB45 - Appendix Sorting/011 Insertion Sort.mp4 7.6 MB07 - Strings - Question #6 - Valid Palindrome & Almost Palindrome/004 Figuring Out Our Solution.mp4 7.6 MB06 - Strings - Question #5 - Longest Substring Without Repeating Characters (Medium)/002 Coming Up With A Brute Force Approach.mp4 7.3 MB06 - Strings - Question #5 - Longest Substring Without Repeating Characters (Medium)/006 Hints For Optimizing Our Solution.mp4 7.2 MB37 - Appendix Big O/020 Space Complexity.mp4 7.2 MB37 - Appendix Big O/013 Big O Rule 3.mp4 7.1 MB41 - Appendix Stacks + Queues/005 Solution Stacks VS Queues.mp4 6.7 MB39 - Appendix Hash Tables/004 Hash Tables VS Arrays.mp4 6.4 MB37 - Appendix Big O/009 Solution Big O Calculation 2.mp4 6.3 MB17 - Binary Trees - Question #15 - Maximum Depth Of Binary Tree (Easy)/001 Intro to Binary Trees.mp4 6.2 MB02 - Arrays - Question #1 Google Interview Question Two Sum (Easy)/005 Submitting To Leetcode.mp4 6.0 MB41 - Appendix Stacks + Queues/004 Exercise Stacks VS Queues.mp4 5.2 MB37 - Appendix Big O/010 Simplifying Big O.mp4 5.0 MB36 - Where To Go From Here/001 Thank You!.mp4 4.3 MB32 - Dynamic Programming - Question #27 - Knight Probability In Chessboard (Medium)/002 Thinking About Test Cases To Help Us.mp4 4.1 MB37 - Appendix Big O/018 O(n!).mp4 4.0 MB35 - Tries - Question #30 - Implement Prefix Trie (Medium)/001 Introducing Tries.mp4 3.7 MB40 - Appendix Linked Lists/003 Exercise Why Linked Lists.mp4 3.1 MB43 - Appendix Searching + BFS + DFS/005 Exercise BFS vs DFS.mp4 1.7 MB
01 - Introduction/004 Mastering-the-Coding-Interview-FAANG-Course-Outline.pdf 67.0 kB
04 - Arrays - Questions #3 - Trapping Rainwater (Hard)/004 Figuring Out Our Optimization Strategy_en.srt 36.4 kB11 - Linked List - Question #9 - Cycle Detection (Medium)/004 Optional Proof Of How And Why Floyd's Algorithm Works_en.srt 35.7 kB20 - Full & Complete Binary Trees - Question #18 - Number Of Nodes In Complete Tree/004 Coding Out Our Full Solution_en.srt 30.6 kB15 - Recursion (Sorting and Hoare's QuickSelect) - Question #13 - Kth Largest Element/002 Optional Tail Recursion_en.srt 28.7 kB17 - Binary Trees - Question #15 - Maximum Depth Of Binary Tree (Easy)/003 Learning The Process For Solving Binary Tree Problems_en.srt 28.1 kB24 - 2D-Arrays - Question #20 Number Of Islands (Medium)/005 Coding Our Solution_en.srt 27.6 kB33 - Backtracking - Question #28 - Sudoku Solver (Hard)/007 Coding The Recursive Backtracking Portion Of Our Solution_en.srt 27.4 kB
37 - Appendix Big O/004 BigO-cheat-sheet.pdf.zip 27.2 kB37 - Appendix Big O/016 BigO-cheat-sheet.pdf.zip 27.2 kB18 - Binary Trees - Question #16 - Level Order Of Binary Tree (Medium)/002 Walking Through Our Solution_en.srt 25.5 kB10 - Linked List - Question #8 - Merge Multi-Level Doubly Linked List (Medium)/004 Thinking About Our Approach_en.srt 25.2 kB30 - Graphs - Question #25 - Network Time Delay (Medium)/009 What is The Bellman-Ford Algorithm - The Algorithm Itself_en.srt 24.4 kB30 - Graphs - Question #25 - Network Time Delay (Medium)/005 Coding Our Solution With Dijkstra_en.srt 23.9 kB29 - Graphs - Question #24 - Course Scheduler (Medium)/006 Coding Our Final Solution_en.srt 23.9 kB32 - Dynamic Programming - Question #27 - Knight Probability In Chessboard (Medium)/003 Identifying The Recurrence Relation_en.srt 23.8 kB09 - Linked List - Question #7 - M, N Reversals (Medium)/002 Coming Up With A Logical Solution_en.srt 23.6 kB24 - 2D-Arrays - Question #20 Number Of Islands (Medium)/003 Approaching Our Problem - Thinking Deeply About The Values_en.srt 23.3 kB30 - Graphs - Question #25 - Network Time Delay (Medium)/003 Greedy Method & What Is Dijkstra's Algorithm_en.srt 22.7 kB30 - Graphs - Question #25 - Network Time Delay (Medium)/008 What is The Bellman-Ford Algorithm - Conceptualizing Dynamic Programming_en.srt 22.6 kB09 - Linked List - Question #7 - M, N Reversals (Medium)/003 Coding Our Solution_en.srt 22.4 kB24 - 2D-Arrays - Question #20 Number Of Islands (Medium)/006 Thinking About Space And Time Complexity_en.srt 22.3 kB29 - Graphs - Question #24 - Course Scheduler (Medium)/003 Coding Out Our Initial BFS Solution_en.srt 22.1 kB31 - Dynamic Programming - Question #26 - Minimum Cost Of Climbing Stairs (Easy)/002 Understanding & Identifying Recurrence Relation_en.srt 21.9 kB10 - Linked List - Question #8 - Merge Multi-Level Doubly Linked List (Medium)/005 Coding Out Our Solution_en.srt 21.6 kB20 - Full & Complete Binary Trees - Question #18 - Number Of Nodes In Complete Tree/003 Figuring Out Number Of Nodes At Last Level_en.srt 21.5 kB21 - Binary Search Tree - Question #19 - Validate Binary Search Tree (Medium)/002 Thinking About Our Logical Solution_en.srt 21.0 kB25 - 2D-Arrays - Question #21 Rotting Oranges (Medium)/003 Figuring Out The Rest Of Our Solution_en.srt 21.0 kB35 - Tries - Question #30 - Implement Prefix Trie (Medium)/004 Implementing Our Prefix Trie Data Structure Solution_en.srt 20.9 kB26 - 2D-Arrays - Question #22 - Walls And Gates (Medium)/002 Figuring Out Our Logical Solution_en.srt 20.9 kB34 - Interface Design - Question #29 - Monarchy/004 Coding Our Monarchy Solution_en.srt 20.8 kB25 - 2D-Arrays - Question #21 Rotting Oranges (Medium)/004 Coding Out Our Solution_en.srt 20.8 kB38 - Appendix Arrays/003 Optional Implementing An Array_en.srt 20.6 kB32 - Dynamic Programming - Question #27 - Knight Probability In Chessboard (Medium)/006 Figuring Out The Logic For Our Bottom Up Solution_en.srt 20.6 kB32 - Dynamic Programming - Question #27 - Knight Probability In Chessboard (Medium)/005 Second Step - Memoizing Our Redundant Recursive Calls_en.srt 20.5 kB03 - Arrays - Questions #2 - Container With Most Water (Medium)/006 Thinking About Our Optimal Solution_en.srt 19.7 kB30 - Graphs - Question #25 - Network Time Delay (Medium)/006 Time And Space Complexity Of Our Solution_en.srt 19.3 kB13 - Stacks - Question #11 - Minimum Brackets To Remove (Medium)/002 Thinking About Our Solution_en.srt 19.2 kB15 - Recursion (Sorting and Hoare's QuickSelect) - Question #13 - Kth Largest Element/007 Coding Quicksort Into Our Solution_en.srt 19.2 kB04 - Arrays - Questions #3 - Trapping Rainwater (Hard)/002 Thinking About A Logical Solution_en.srt 19.1 kB19 - Binary Trees - Question #17 - Right Side View of Tree (Medium)/004 Thinking About Pre-Order, In-Order, and Post-Order Traversals For Our Solution_en.srt 19.0 kB28 - Graphs - Question #23 - Time Needed to Inform All Employees (Medium)/001 Question #23 - Time Needed to Inform All Employees_en.srt 18.7 kB15 - Recursion (Sorting and Hoare's QuickSelect) - Question #13 - Kth Largest Element/005 Insights From Quick Sort_en.srt 17.9 kB30 - Graphs - Question #25 - Network Time Delay (Medium)/001 Question #25 - Network Time Delay_en.srt 17.9 kB33 - Backtracking - Question #28 - Sudoku Solver (Hard)/003 Learning The Backtracking Template_en.srt 17.9 kB16 - Recursion (Binary Search) - Question #14 - Start And End Of Target (Medium)/005 Coding Our Solution_en.srt 17.9 kB04 - Arrays - Questions #3 - Trapping Rainwater (Hard)/005 Coding Our Optimal Solution_en.srt 17.8 kB02 - Arrays - Question #1 Google Interview Question Two Sum (Easy)/002 How To Approach Our Problem_en.srt 17.6 kB22 - Heaps & Priority Queues/006 Coding Our Deletion And Sift Down Methods_en.srt 17.5 kB26 - 2D-Arrays - Question #22 - Walls And Gates (Medium)/003 Coding Out Our Solution_en.srt 17.2 kB34 - Interface Design - Question #29 - Monarchy/001 Understanding Interface Design & Question #29 - Monarchy_en.srt 17.0 kB19 - Binary Trees - Question #17 - Right Side View of Tree (Medium)/006 Coding Our Final DFS Solution_en.srt 17.0 kB01 - Introduction/001 Course Breakdown_en.srt 16.7 kB11 - Linked List - Question #9 - Cycle Detection (Medium)/001 Interview Question #9 - Cycle Detection_en.srt 16.5 kB38 - Appendix Arrays/001 Arrays Introduction_en.srt 16.5 kB15 - Recursion (Sorting and Hoare's QuickSelect) - Question #13 - Kth Largest Element/009 Coding Our Solution With Quickselect_en.srt 16.5 kB03 - Arrays - Questions #2 - Container With Most Water (Medium)/003 Thinking Through A Logical Brute Force Solution_en.srt 16.4 kB05 - Strings - Question #4 - Typed Out Strings (Easy)/006 Coding Our Optimal Solution_en.srt 16.4 kB35 - Tries - Question #30 - Implement Prefix Trie (Medium)/002 Question #30 - Implement Prefix Trie_en.srt 16.3 kB32 - Dynamic Programming - Question #27 - Knight Probability In Chessboard (Medium)/001 Question #27 - Knight Probability In Chessboard_en.srt 16.1 kB05 - Strings - Question #4 - Typed Out Strings (Easy)/005 Coming Up With Optimal Solution_en.srt 16.0 kB22 - Heaps & Priority Queues/003 Deletion In Heaps - Understanding Sift Down_en.srt 15.9 kB27 - Intro to Graphs - Representation & Traversal Algorithms/001 Introduction To The Types Of Graphs_en.srt 15.9 kB16 - Recursion (Binary Search) - Question #14 - Start And End Of Target (Medium)/004 Walking Through Our Solution_en.srt 15.8 kB25 - 2D-Arrays - Question #21 Rotting Oranges (Medium)/002 Figuring Out Our Initial Logic_en.srt 15.7 kB18 - Binary Trees - Question #16 - Level Order Of Binary Tree (Medium)/003 Coding Out Level Order Traversal_en.srt 15.6 kB29 - Graphs - Question #24 - Course Scheduler (Medium)/001 Question #24 - Course Scheduler_en.srt 15.6 kB20 - Full & Complete Binary Trees - Question #18 - Number Of Nodes In Complete Tree/002 Thinking Deeply About A Full Binary Tree_en.srt 15.4 kB34 - Interface Design - Question #29 - Monarchy/003 Thinking About The Logical Of The Monarchy_en.srt 15.3 kB07 - Strings - Question #6 - Valid Palindrome & Almost Palindrome/003 Almost A Palindrome_en.srt 15.2 kB37 - Appendix Big O/003 Big O and Scalability_en.srt 15.1 kB13 - Stacks - Question #11 - Minimum Brackets To Remove (Medium)/003 Coding Our Solution_en.srt 15.0 kB28 - Graphs - Question #23 - Time Needed to Inform All Employees (Medium)/005 Coding Our DFS Solution_en.srt 15.0 kB08 - Introducing Linked Lists - Basics and Reverse A Linked List/003 Thinking About Our Solution_en.srt 14.9 kB02 - Arrays - Question #1 Google Interview Question Two Sum (Easy)/006 Analyzing Space and Time Complexity_en.srt 14.9 kB22 - Heaps & Priority Queues/004 Starting To Code Our Priority Queue Class_en.srt 14.9 kB14 - Queues - Question #12 - Implement Queue With Stacks (Easy)/002 Figuring Out Our Solution_en.srt 14.3 kB23 - Intro To 2D-Arrays - Basics & Traversal Algorithms/006 Coding BFS_en.srt 14.2 kB02 - Arrays - Question #1 Google Interview Question Two Sum (Easy)/004 Testing Our Brute Force Solution With Our Test Cases_en.srt 14.1 kB03 - Arrays - Questions #2 - Container With Most Water (Medium)/007 Coding Our Optimal Solution And Testing On LeetCode_en.srt 14.0 kB23 - Intro To 2D-Arrays - Basics & Traversal Algorithms/003 Coding DFS - Setting Up For DFS_en.srt 13.8 kB43 - Appendix Searching + BFS + DFS/009 depthFirstSearch()_en.srt 13.8 kB28 - Graphs - Question #23 - Time Needed to Inform All Employees (Medium)/003 How To Represent Our Graph As An Adjacency List_en.srt 13.8 kB24 - 2D-Arrays - Question #20 Number Of Islands (Medium)/004 Approaching Our Problem - Thinking About Traversals_en.srt 13.7 kB31 - Dynamic Programming - Question #26 - Minimum Cost Of Climbing Stairs (Easy)/001 Question #26 - Minimum Cost Of Climbing Stairs & How To Approach DP_en.srt 13.6 kB30 - Graphs - Question #25 - Network Time Delay (Medium)/004 Thinking About A Solution With Dijkstra's Algorithm_en.srt 13.5 kB30 - Graphs - Question #25 - Network Time Delay (Medium)/002 Thinking About How To Approach The Problem_en.srt 13.5 kB07 - Strings - Question #6 - Valid Palindrome & Almost Palindrome/001 Intro To Palindromes_en.srt 13.4 kB24 - 2D-Arrays - Question #20 Number Of Islands (Medium)/001 A General Approach To Thinking About Most Graph Questions_en.srt 13.3 kB23 - Intro To 2D-Arrays - Basics & Traversal Algorithms/005 Breadth First Search In 2D-Arrays_en.srt 13.3 kB16 - Recursion (Binary Search) - Question #14 - Start And End Of Target (Medium)/001 Understanding Binary Search_en.srt 13.3 kB19 - Binary Trees - Question #17 - Right Side View of Tree (Medium)/002 Understanding The Breadth First Search Approach_en.srt 13.2 kB07 - Strings - Question #6 - Valid Palindrome & Almost Palindrome/005 Coding Our Solution_en.srt 13.2 kB10 - Linked List - Question #8 - Merge Multi-Level Doubly Linked List (Medium)/001 Interview Question #8 - Merge Multi-Level Doubly Linked List_en.srt 13.2 kB44 - Appendix Recursion/003 Anatomy Of Recursion_en.srt 13.2 kB06 - Strings - Question #5 - Longest Substring Without Repeating Characters (Medium)/003 Coding Our Brute Force_en.srt 13.1 kB23 - Intro To 2D-Arrays - Basics & Traversal Algorithms/002 Depth First Search In 2D-Arrays_en.srt 13.0 kB11 - Linked List - Question #9 - Cycle Detection (Medium)/003 Coding Floyd's Algorithm_en.srt 12.9 kB06 - Strings - Question #5 - Longest Substring Without Repeating Characters (Medium)/007 Thinking About Optimal Solution_en.srt 12.8 kB12 - Stacks - Question #10 - Valid Parentheses (Easy)/003 Walking Through Our Problem - Identifying The Need For A Stack_en.srt 12.7 kB02 - Arrays - Question #1 Google Interview Question Two Sum (Easy)/009 Testing Our Optimal Solution With Our Test Cases & Space and Time Complexity_en.srt 12.6 kB12 - Stacks - Question #10 - Valid Parentheses (Easy)/004 Coding Our Solution With A Stack_en.srt 12.6 kB10 - Linked List - Question #8 - Merge Multi-Level Doubly Linked List (Medium)/002 Figuring Out Our Test Cases_en.srt 12.6 kB05 - Strings - Question #4 - Typed Out Strings (Easy)/003 Coding Our Brute Force_en.srt 12.5 kB19 - Binary Trees - Question #17 - Right Side View of Tree (Medium)/003 Understanding The Depth First Search Approach_en.srt 12.5 kB08 - Introducing Linked Lists - Basics and Reverse A Linked List/002 Basic Algorithm Reverse a Linked List_en.srt 12.5 kB20 - Full & Complete Binary Trees - Question #18 - Number Of Nodes In Complete Tree/001 Question #18 - Number Of Nodes In Complete Tree_en.srt 12.4 kB28 - Graphs - Question #23 - Time Needed to Inform All Employees (Medium)/004 Solving Our Problem Logically Using DFS Traversal_en.srt 12.3 kB04 - Arrays - Questions #3 - Trapping Rainwater (Hard)/003 Coding Our Brute Force_en.srt 12.3 kB21 - Binary Search Tree - Question #19 - Validate Binary Search Tree (Medium)/001 Question #19 - Validate Binary Search Tree_en.srt 12.3 kB12 - Stacks - Question #10 - Valid Parentheses (Easy)/002 Interview Question #10 - Valid Parentheses_en.srt 12.2 kB28 - Graphs - Question #23 - Time Needed to Inform All Employees (Medium)/002 Verifying Our Constraints And Thinking About Test Cases_en.srt 12.2 kB29 - Graphs - Question #24 - Course Scheduler (Medium)/002 Thinking About Our Initial Solution - BFS_en.srt 12.1 kB02 - Arrays - Question #1 Google Interview Question Two Sum (Easy)/007 Optimizing Our Solution_en.srt 12.0 kB30 - Graphs - Question #25 - Network Time Delay (Medium)/007 Thinking About Negative Weights_en.srt 12.0 kB07 - Strings - Question #6 - Valid Palindrome & Almost Palindrome/002 Interview Question #6 - Valid Palindrome_en.srt 12.0 kB05 - Strings - Question #4 - Typed Out Strings (Easy)/002 Logic Of Our Brute Force_en.srt 12.0 kB19 - Binary Trees - Question #17 - Right Side View of Tree (Medium)/005 Completing Our DFS Solution_en.srt 12.0 kB30 - Graphs - Question #25 - Network Time Delay (Medium)/010 Coding Our Solution With Bellman-Ford_en.srt 11.9 kB23 - Intro To 2D-Arrays - Basics & Traversal Algorithms/004 Coding DFS - Implementing Recursive DFS_en.srt 11.8 kB39 - Appendix Hash Tables/003 Hash Collisions_en.srt 11.7 kB32 - Dynamic Programming - Question #27 - Knight Probability In Chessboard (Medium)/007 Third Step - Bottom Up Tabulation_en.srt 11.6 kB27 - Intro to Graphs - Representation & Traversal Algorithms/004 Coding BFS_en.srt 11.4 kB02 - Arrays - Question #1 Google Interview Question Two Sum (Easy)/001 Interview Question #1 Two Sum_en.srt 11.4 kB45 - Appendix Sorting/014 Merge Sort and O(n log n)_en.srt 11.4 kB33 - Backtracking - Question #28 - Sudoku Solver (Hard)/005 Coding How To Get Box ID_en.srt 11.3 kB33 - Backtracking - Question #28 - Sudoku Solver (Hard)/008 Thinking About The Space And Time Complexity_en.srt 11.3 kB31 - Dynamic Programming - Question #26 - Minimum Cost Of Climbing Stairs (Easy)/006 Coding Our Memoization Optimization_en.srt 11.3 kB22 - Heaps & Priority Queues/001 Introducing Heaps_en.srt 11.3 kB06 - Strings - Question #5 - Longest Substring Without Repeating Characters (Medium)/002 Coming Up With A Brute Force Approach_en.srt 11.2 kB29 - Graphs - Question #24 - Course Scheduler (Medium)/004 What is Topological Sort_en.srt 11.1 kB27 - Intro to Graphs - Representation & Traversal Algorithms/002 Representing Our Graphs - Adjacency List & Adjacency Matrix_en.srt 11.1 kB15 - Recursion (Sorting and Hoare's QuickSelect) - Question #13 - Kth Largest Element/006 Understanding Divide And Conquer_en.srt 11.1 kB05 - Strings - Question #4 - Typed Out Strings (Easy)/001 Interview Question #4 -Typed Out Strings_en.srt 11.0 kB21 - Binary Search Tree - Question #19 - Validate Binary Search Tree (Medium)/004 Coding Our Our Full Solution_en.srt 10.9 kB14 - Queues - Question #12 - Implement Queue With Stacks (Easy)/003 Coding Our Solution_en.srt 10.8 kB06 - Strings - Question #5 - Longest Substring Without Repeating Characters (Medium)/008 Coding Our Optimal Solution_en.srt 10.8 kB43 - Appendix Searching + BFS + DFS/007 breadthFirstSearch()_en.srt 10.8 kB33 - Backtracking - Question #28 - Sudoku Solver (Hard)/001 Understanding The Basics Of Backtracking_en.srt 10.7 kB45 - Appendix Sorting/017 Quick Sort_en.srt 10.7 kB31 - Dynamic Programming - Question #26 - Minimum Cost Of Climbing Stairs (Easy)/005 Second Step - Memoizing Our Redundant Recursive Calls_en.srt 10.7 kB04 - Arrays - Questions #3 - Trapping Rainwater (Hard)/001 Interview Question #3 - Trapping Rainwater_en.srt 10.6 kB24 - 2D-Arrays - Question #20 Number Of Islands (Medium)/002 Question #20 Number Of Islands_en.srt 10.6 kB15 - Recursion (Sorting and Hoare's QuickSelect) - Question #13 - Kth Largest Element/008 What Is Hoare's Quickselect Algorithm_en.srt 10.4 kB27 - Intro to Graphs - Representation & Traversal Algorithms/006 Coding DFS_en.srt 10.3 kB33 - Backtracking - Question #28 - Sudoku Solver (Hard)/004 Applying Our Backtracking Template To Sudoku Solver Logic_en.srt 10.3 kB31 - Dynamic Programming - Question #26 - Minimum Cost Of Climbing Stairs (Easy)/007 Understanding The Bottom Up Approach (Tabulation)_en.srt 10.3 kB03 - Arrays - Questions #2 - Container With Most Water (Medium)/004 Coding Out Our Brute Force Solution_en.srt 10.2 kB05 - Strings - Question #4 - Typed Out Strings (Easy)/004 Space And Time Complexity_en.srt 10.2 kB13 - Stacks - Question #11 - Minimum Brackets To Remove (Medium)/001 Interview Question #11 - Minimum Brackets To Remove_en.srt 10.2 kB25 - 2D-Arrays - Question #21 Rotting Oranges (Medium)/001 Question #21 Rotting Oranges_en.srt 10.1 kB06 - Strings - Question #5 - Longest Substring Without Repeating Characters (Medium)/001 Interview Question #5 - Longest Substring Without Repeating Characters_en.srt 10.1 kB15 - Recursion (Sorting and Hoare's QuickSelect) - Question #13 - Kth Largest Element/004 Interview Question #13 - Kth Largest Element_en.srt 10.0 kB21 - Binary Search Tree - Question #19 - Validate Binary Search Tree (Medium)/003 Figuring Out Our Boundaries_en.srt 9.9 kB19 - Binary Trees - Question #17 - Right Side View of Tree (Medium)/001 Question #17 - Right Side View of Tree_en.srt 9.9 kB22 - Heaps & Priority Queues/002 Insertion In Heaps - Understanding Sift Up_en.srt 9.9 kB33 - Backtracking - Question #28 - Sudoku Solver (Hard)/006 Setting Up Our Solution Code_en.srt 9.8 kB23 - Intro To 2D-Arrays - Basics & Traversal Algorithms/001 Introducing 2D Arrays - What Are They_en.srt 9.8 kB08 - Introducing Linked Lists - Basics and Reverse A Linked List/004 Coding Reverse A Linked List Solution_en.srt 9.8 kB45 - Appendix Sorting/001 Sorting Introduction_en.srt 9.8 kB07 - Strings - Question #6 - Valid Palindrome & Almost Palindrome/004 Figuring Out Our Solution_en.srt 9.7 kB31 - Dynamic Programming - Question #26 - Minimum Cost Of Climbing Stairs (Easy)/009 Fourth Step - Bottom Up Optimization_en.srt 9.7 kB34 - Interface Design - Question #29 - Monarchy/002 Figuring Out Our Test Cases_en.srt 9.7 kB09 - Linked List - Question #7 - M, N Reversals (Medium)/001 Interview Question #7 - M, N Reversals_en.srt 9.7 kB02 - Arrays - Question #1 Google Interview Question Two Sum (Easy)/003 Writing Our Brute Force Solution_en.srt 9.6 kB17 - Binary Trees - Question #15 - Maximum Depth Of Binary Tree (Easy)/002 Question #15 - Maximum Depth of Binary Tree_en.srt 9.5 kB16 - Recursion (Binary Search) - Question #14 - Start And End Of Target (Medium)/002 How To Code Binary Search_en.srt 9.4 kB32 - Dynamic Programming - Question #27 - Knight Probability In Chessboard (Medium)/008 Fourth Step - Bottom Up Optimization_en.srt 9.1 kB37 - Appendix Big O/002 What Is Good Code_en.srt 9.0 kB45 - Appendix Sorting/002 The Issue With sort()_en.srt 8.9 kB26 - 2D-Arrays - Question #22 - Walls And Gates (Medium)/001 Question #22 - Walls And Gates_en.srt 8.9 kB42 - Appendix Trees/003 O(log n)_en.srt 8.8 kB05 - Strings - Question #4 - Typed Out Strings (Easy)/007 Submitting To LeetCode_en.srt 8.7 kB37 - Appendix Big O/015 Big O Rule 4_en.srt 8.6 kB44 - Appendix Recursion/002 Stack Overflow_en.srt 8.6 kB37 - Appendix Big O/022 Exercise Twitter_en.srt 8.4 kB37 - Appendix Big O/014 O(n^2)_en.srt 8.2 kB22 - Heaps & Priority Queues/005 Coding Our Insertion And Sift Up Methods_en.srt 8.2 kB42 - Appendix Trees/001 Trees Introduction_en.srt 8.1 kB37 - Appendix Big O/012 Big O Rule 2_en.srt 8.1 kB31 - Dynamic Programming - Question #26 - Minimum Cost Of Climbing Stairs (Easy)/008 Third Step - Bottom Up Tabulation_en.srt 8.0 kB17 - Binary Trees - Question #15 - Maximum Depth Of Binary Tree (Easy)/004 Coding Our Solution_en.srt 7.8 kB06 - Strings - Question #5 - Longest Substring Without Repeating Characters (Medium)/005 Sliding Window Technique_en.srt 7.8 kB38 - Appendix Arrays/002 Static vs Dynamic Arrays_en.srt 7.8 kB27 - Intro to Graphs - Representation & Traversal Algorithms/003 Breadth First Search In Graphs_en.srt 7.8 kB42 - Appendix Trees/004 Binary Search Trees_en.srt 7.7 kB02 - Arrays - Question #1 Google Interview Question Two Sum (Easy)/008 Coding Our Optimal Solution_en.srt 7.7 kB31 - Dynamic Programming - Question #26 - Minimum Cost Of Climbing Stairs (Easy)/003 First Step - Recursive Solution From Recurrence Relation_en.srt 7.7 kB37 - Appendix Big O/007 Solution Big O Calculation_en.srt 7.5 kB37 - Appendix Big O/005 O(1)_en.srt 7.5 kB18 - Binary Trees - Question #16 - Level Order Of Binary Tree (Medium)/001 Question #16 - Level Order Of Binary Tree_en.srt 7.4 kB29 - Graphs - Question #24 - Course Scheduler (Medium)/005 Thinking About A Solution With Topological Sort_en.srt 7.4 kB37 - Appendix Big O/021 Exercise Space Complexity_en.srt 7.4 kB32 - Dynamic Programming - Question #27 - Knight Probability In Chessboard (Medium)/004 First Step - Recursive Solution From Recurrence Relation_en.srt 7.4 kB42 - Appendix Trees/002 Binary Trees_en.srt 7.3 kB44 - Appendix Recursion/001 Recursion Introduction_en.srt 7.3 kB40 - Appendix Linked Lists/004 Solution Why Linked Lists_en.srt 7.3 kB16 - Recursion (Binary Search) - Question #14 - Start And End Of Target (Medium)/003 Question #14 - Start And End Of Target In A Sorted Array_en.srt 7.3 kB37 - Appendix Big O/017 What Does This All Mean_en.srt 7.1 kB37 - Appendix Big O/004 O(n)_en.srt 7.1 kB03 - Arrays - Questions #2 - Container With Most Water (Medium)/005 Stepping Through Our Code_en.srt 7.0 kB39 - Appendix Hash Tables/002 Hash Function_en.srt 6.9 kB33 - Backtracking - Question #28 - Sudoku Solver (Hard)/002 Question #28 - Sudoku Solver_en.srt 6.9 kB40 - Appendix Linked Lists/005 What Is A Pointer_en.srt 6.5 kB01 - Introduction/005 ZTM Resources_en.srt 6.5 kB43 - Appendix Searching + BFS + DFS/008 PreOrder, InOrder, PostOrder_en.srt 6.2 kB03 - Arrays - Questions #2 - Container With Most Water (Medium)/001 Interview Question #2 - Container With Most Water_en.srt 6.2 kB45 - Appendix Sorting/006 Solution Bubble Sort_en.srt 6.2 kB01 - Introduction/002 Join Our Online Classroom!_en.srt 6.1 kB14 - Queues - Question #12 - Implement Queue With Stacks (Easy)/001 Question #12 - Implement Queue With Stacks_en.srt 6.0 kB32 - Dynamic Programming - Question #27 - Knight Probability In Chessboard (Medium)/002 Thinking About Test Cases To Help Us_en.srt 6.0 kB40 - Appendix Linked Lists/008 Linked Lists Review_en.srt 5.9 kB37 - Appendix Big O/023 Section Summary_en.srt 5.9 kB40 - Appendix Linked Lists/002 What Is A Linked List_en.srt 5.6 kB03 - Arrays - Questions #2 - Container With Most Water (Medium)/002 Coming Up With Test Cases_en.srt 5.6 kB08 - Introducing Linked Lists - Basics and Reverse A Linked List/001 Linked List Introduction_en.srt 5.6 kB35 - Tries - Question #30 - Implement Prefix Trie (Medium)/003 Understanding The Logic For Our Methods_en.srt 5.5 kB02 - Arrays - Question #1 Google Interview Question Two Sum (Easy)/010 Checking Performance on Leetcode_en.srt 5.5 kB37 - 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