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Problem: Find Center of Star Graph

Easy
15 min
Understand how to find the central node of an undirected star graph by analyzing edges that connect all other nodes. Explore graph properties and implement solutions in a hands-on coding environment to strengthen your graph theory skills.

Statement

Given an array edges where each element edges[i] = [ui, vi] represents an edge between nodes ui and vi in an undirected star graph,A star graph is a graph where one central node is connected to every other node. If there are n nodes, then the central node must be connected to all other n-1 nodes. find the central node of this star graph.

Note: A star graph is a graph where one central node is connected to every other node. This implies that a star graph with n nodes has exactly n - 1 edges.

Constraints:

  • 33 \leq n 103\leq 10^3

  • edges.length ==== n - 1

  • edges[i].length ==2== 2

  • 11 \leq ui, vi \leq n

  • ui \neq vi

  • The given edges represent a valid star graph.

Problem
Ask
Submissions

Problem: Find Center of Star Graph

Easy
15 min
Understand how to find the central node of an undirected star graph by analyzing edges that connect all other nodes. Explore graph properties and implement solutions in a hands-on coding environment to strengthen your graph theory skills.

Statement

Given an array edges where each element edges[i] = [ui, vi] represents an edge between nodes ui and vi in an undirected star graph,A star graph is a graph where one central node is connected to every other node. If there are n nodes, then the central node must be connected to all other n-1 nodes. find the central node of this star graph.

Note: A star graph is a graph where one central node is connected to every other node. This implies that a star graph with n nodes has exactly n - 1 edges.

Constraints:

  • 33 \leq n 103\leq 10^3

  • edges.length ==== n - 1

  • edges[i].length ==2== 2

  • 11 \leq ui, vi \leq n

  • ui \neq vi

  • The given edges represent a valid star graph.