Algorithms-and-Data-Structures-in-Python-INTERVIEW-QA

Files Included :

1 Introduction.mp4 (18.02 MB)
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1 What are queues.mp4 (10.54 MB)
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2 Queue implementation.mp4 (25.37 MB)
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1 Max in a stack problem solution.mp4 (30.52 MB)
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2 Queue with stack problem solution.mp4 (23.52 MB)
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3 Queue with stack problem solution - recursion.mp4 (24.68 MB)
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1 What are binary search trees.mp4 (41.5 MB)
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10 Binary Search Tree implementation III.mp4 (71.82 MB)
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11 Practical (real-world) applications of trees.mp4 (12.83 MB)
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2 Binary search trees theory - search, insert.mp4 (13.19 MB)
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3 Binary search trees theory - delete.mp4 (12.73 MB)
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4 Binary search trees theory - in-order traversal.mp4 (14.39 MB)
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5 Binary search trees theory - running times.mp4 (7.4 MB)
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6 Binary search tree implementation I.mp4 (25.09 MB)
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7 Binary Search Tree implementation II.mp4 (35.41 MB)
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8 Stack memory visualization - finding max (min) items.mp4 (11.79 MB)
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9 Stack memory visualization - tree traversal.mp4 (17.15 MB)
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1 Compare binary trees solution.mp4 (35.59 MB)
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1 Motivation behind balanced binary search trees.mp4 (8.19 MB)
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10 AVL tree implementation V.mp4 (7.07 MB)
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11 Practical (real-world) applications of balanced binary search trees.mp4 (15.45 MB)
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2 What are AVL trees.mp4 (16.36 MB)
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3 AVL trees introduction - height.mp4 (38.94 MB)
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4 AVL trees introduction - rotations.mp4 (22.49 MB)
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5 AVL trees introduction - illustration.mp4 (9.11 MB)
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6 AVL tree implementation I.mp4 (27.64 MB)
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7 AVL tree implementation II.mp4 (41.86 MB)
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8 AVL tree implementation III.mp4 (96.54 MB)
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9 AVL tree implementation IV.mp4 (129.99 MB)
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1 What are red-black trees.mp4 (29.66 MB)
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2 The logic behind red-black trees.mp4 (20.45 MB)
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3 Red-black trees - recoloring and rotation cases.mp4 (21.03 MB)
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4 Red-black tree illustrations.mp4 (12.74 MB)
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5 Red-black tree implementation I.mp4 (18.46 MB)
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6 Red-black tree implementation II.mp4 (15.85 MB)
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7 Red-black tree implementation III.mp4 (73.47 MB)
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8 Red-black tree implementation IV.mp4 (16.25 MB)
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9 Differences between red-black tree and AVL trees.mp4 (7.86 MB)
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1 What are priority queues.mp4 (12.81 MB)
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10 Heap implementation III.mp4 (38.29 MB)
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11 Heaps in Python.mp4 (11.94 MB)
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2 Heap introduction - basics.mp4 (29.21 MB)
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3 Heap introduction - array representation.mp4 (18.86 MB)
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4 Heap introduction - remove operation.mp4 (17.96 MB)
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5 Using heap data structure to sort (heapsort).mp4 (12.32 MB)
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6 Heap introduction - operations complexities.mp4 (39.86 MB)
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7 Binomial and Fibonacci heaps.mp4 (17.98 MB)
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8 Heap implementation I.mp4 (18.17 MB)
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9 Heap implementation II.mp4 (75.95 MB)
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1 Interview question #1 - solution.mp4 (20.26 MB)
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2 Interview question #2 - solution.mp4 (27.72 MB)
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1 What are associative arrays.mp4 (17.99 MB)
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2 Hashtable introduction - basics.mp4 (42.34 MB)
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3 Hashtable introduction - collisions.mp4 (48.53 MB)
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4 Hashtable introduction - dynamic resizing.mp4 (34.03 MB)
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5 Linear probing implementation I.mp4 (24.62 MB)
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6 Linear probing implementation II.mp4 (55.58 MB)
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7 Linear probing implementation III.mp4 (12.6 MB)
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8 Dictionaires in Python.mp4 (11.59 MB)
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9 Practical (real-world) applications of hashing.mp4 (20.91 MB)
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1 Graph theory overview.mp4 (12.74 MB)
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2 Adjacency matrix and adjacency list.mp4 (18.98 MB)
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3 Applications of graphs.mp4 (12.99 MB)
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1 Why to use data structures.mp4 (22.35 MB)
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2 Data structures and abstract data types.mp4 (14.19 MB)
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1 Breadth-first search introduction.mp4 (37.73 MB)
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2 Breadth-first search implementation.mp4 (25.66 MB)
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3 What are WebCrawlers (core of search engines).mp4 (31.38 MB)
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4 WebCrawler basic implementation.mp4 (43.17 MB)
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5 Depth-first search introduction.mp4 (31.24 MB)
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6 Depth-first search implementation.mp4 (22.69 MB)
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7 Memory management BFS vs DFS.mp4 (29.76 MB)
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1 Interview question #1 - solution.mp4 (9.82 MB)
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2 Depth-first search and stack memory visualisation.mp4 (13.67 MB)
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3 Interview question #2 - solution.mp4 (79.46 MB)
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1 What is the shortest path problem.mp4 (14.2 MB)
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2 Dijkstra algorithm visualization.mp4 (28.43 MB)
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3 Dijkstra algorithm implementation I - Edge, Node.mp4 (38.1 MB)
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4 Dijkstra algorithm implementation II - algorithm.mp4 (73.77 MB)
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5 Dijkstra algorithm implementation III - testing.mp4 (36.45 MB)
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6 Dijktsra's algorithm with adjacency matrix representation.mp4 (24.29 MB)
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7 Adjacency matrix representation implementation.mp4 (78.91 MB)
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8 Shortest path algorithms applications.mp4 (18.48 MB)
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9 What is the critical path method (CPM).mp4 (13.7 MB)
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1 What is the Bellman-Ford algorithm.mp4 (43.39 MB)
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2 Bellman-Ford algorithm visualization.mp4 (10.7 MB)
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3 Bellman-Ford algorithm implementation I - Node, Edge.mp4 (4.89 MB)
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4 Bellman-Ford algorithm implementation II - the algorithm.mp4 (50.42 MB)
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5 Bellman-Ford algorithm implementation III - testing.mp4 (19.56 MB)
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6 Greedy algorithm or dynamic programming approach.mp4 (34.18 MB)
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1 How to use Bellman-Ford algorithm on the FOREX.mp4 (16.5 MB)
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2 Interview question #1 - solution.mp4 (20.84 MB)
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1 What is the disjoint set data structure.mp4 (39.56 MB)
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2 Disjoint sets visualization.mp4 (10.56 MB)
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3 Kruskal's algorithm introduction.mp4 (55.13 MB)
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4 Kruskal algorithm implementation I - basic classes.mp4 (19.71 MB)
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5 Kruskal algorithm implementation II - disjoint set.mp4 (62.66 MB)
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6 Kruskal algorithm implementation III - algorithm.mp4 (22.75 MB)
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7 Kruskal algorithm implementation VI - testing.mp4 (16.2 MB)
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1 What is the Prim-Jarnik algorithm.mp4 (25.59 MB)
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2 Prims-Jarnik algorithm implementation I.mp4 (83.38 MB)
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3 Prims-Jarnik algorithm implementation II.mp4 (31.64 MB)
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4 Applications of spanning trees.mp4 (29.45 MB)
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1 Sorting introduction.mp4 (25.75 MB)
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10 Insertion sort introduction.mp4 (22.63 MB)
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11 Insertion sort implementation.mp4 (15.35 MB)
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12 Shell sort introduction.mp4 (11.95 MB)
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13 Shell sort implementation.mp4 (15.03 MB)
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14 Quicksort introduction.mp4 (34 MB)
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15 Quicksort introduction - example.mp4 (41.3 MB)
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16 Quicksort implementation.mp4 (38.21 MB)
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17 What is the worst-case scenario for quicksort.mp4 (18.51 MB)
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18 Merge sort introduction.mp4 (19.57 MB)
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19 Merge sort implementation.mp4 (27.28 MB)
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2 What is stability in sorting.mp4 (17.08 MB)
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20 Stack memory and merge sort visualization.mp4 (18.56 MB)
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21 Hybrid algorithms introduction.mp4 (19.11 MB)
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22 Non-comparison based algorithms.mp4 (5.48 MB)
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23 Counting sort introduction.mp4 (35.52 MB)
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24 Counting sort implementation.mp4 (32.01 MB)
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25 Radix sort introduction.mp4 (50.5 MB)
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26 Radix sort implementation.mp4 (47.74 MB)
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3 What is adaptive sorting.mp4 (19.42 MB)
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4 Bogo sort introduction.mp4 (7.71 MB)
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5 Bogo sort implementation.mp4 (46.55 MB)
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6 Bubble sort introduction.mp4 (12.54 MB)
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7 Bubble sort implementation.mp4 (14.71 MB)
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8 Selection sort introduction.mp4 (30.08 MB)
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9 Selection sort implementation.mp4 (14.23 MB)
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1 Algorithms Visualization App.mp4 (7.44 MB)
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1 What are array data structures.mp4 (25 MB)
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2 Arrays introduction - operations.mp4 (24.95 MB)
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3 Arrays in Python.mp4 (25.93 MB)
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4 What are real arrays in Python.mp4 (16.84 MB)
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1 Reversing an array in-place solution.mp4 (10.24 MB)
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2 Palindrome problem solution.mp4 (23.81 MB)
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3 Integer reversion problem solution.mp4 (22.2 MB)
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4 Anagram problem solution.mp4 (17.95 MB)
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5 Duplicates in an array problem solution.mp4 (31.55 MB)
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1 What are linked lists.mp4 (19.08 MB)
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2 Linked list introduction - operations.mp4 (33.41 MB)
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3 Linked list implementation I.mp4 (27.5 MB)
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4 Linked list implementation II.mp4 (14.46 MB)
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5 Linked list implementation III.mp4 (29.86 MB)
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6 Comparing linked lists and arrays.mp4 (14.42 MB)
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7 Practical (real-world) applications of linked lists.mp4 (36.46 MB)
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1 What are doubly linked lists.mp4 (29.5 MB)
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2 Doubly linked list implementation.mp4 (39.49 MB)
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3 Running time comparison linked lists and arrays.mp4 (15.09 MB)
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1 Finding the middle node in a linked list solution.mp4 (18.9 MB)
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2 Reverse a linked list in-place solution.mp4 (28.12 MB)
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1 What are stacks.mp4 (10.57 MB)
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2 Stacks in memory management (stacks and heaps ).mp4 (8.89 MB)
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3 Stack memory visualization.mp4 (16.53 MB)
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4 Stack implementation.mp4 (25.33 MB)
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5 Practical (real-world) applications of stacks.mp4 (16.11 MB)
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