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Exercise:

How does the Bellman-Ford algorithm work?

(V is the number of vertices in the graph.)

The Bellman-Ford algorithm finds the shortest paths by basically just checking (relaxing) all edges V-1 times.

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The Bellman-Ford algorithm 
finds the shortest paths 
by basically just checking 
(relaxing) all w3exercise_input_no_0
 V-1 times.

Completed 0 of 43 Exercises:

DSA Get started

Exercise 1 Exercise 2 Exercise 3 Go to DSA Get started Tutorial

DSA Arrays

Exercise 1 Go to DSA Arrays Tutorial

DSA Bubble Sort

Exercise 1 Go to DSA Bubble Sort Tutorial

DSA Selection Sort

Exercise 1 Go to DSA Selection Sort Tutorial

DSA Quick Sort

Exercise 1 Go to DSA Quick Sort Tutorial

DSA Counting Sort

Exercise 1 Go to DSA Counting Sort Tutorial

DSA Radix Sort

Exercise 1 Go to DSA Radix Sort Tutorial

DSA Linear Search

Exercise 1 Exercise 2 Go to DSA Linear Search Tutorial

DSA Binary Search

Exercise 1 Go to DSA Binary Search Tutorial

DSA Linked Lists

Exercise 1 Exercise 2 Exercise 3 Exercise 4 Exercise 5 Exercise 6 Exercise 7 Go to DSA Linked Lists Tutorial

DSA Stacks

Exercise 1 Exercise 2 Exercise 3 Go to DSA Stacks Tutorial

DSA Queues

Exercise 1 Exercise 2 Go to DSA Queues Tutorial

DSA Trees

Exercise 1 Go to DSA Trees Tutorial

DSA Binary Trees

Exercise 1 Exercise 2 Go to DSA Binary Trees Tutorial

DSA Binary Search Trees

Exercise 1 Exercise 2 Exercise 3 Go to DSA Binary Search Trees Tutorial

DSA AVL Trees

Exercise 1 Go to DSA AVL Trees Tutorial

DSA Graphs

Exercise 1 Exercise 2 Exercise 3 Go to DSA Graphs Tutorial

DSA Cycle Detection

Exercise 1 Exercise 2 Exercise 3 Go to DSA Cycle Detection Tutorial

DSA Dijkstra

Exercise 1 Go to DSA Dijkstra Tutorial

DSA Bellman-Ford

Exercise 1 Exercise 2 Exercise 3 Exercise 4 Exercise 5 Go to DSA Bellman-Ford Tutorial