- AA linear data structure in which elements are arranged in a sequence
- BA non-linear data structure in which elements are arranged in a hierarchy
- CA non-linear data structure in which elements are arranged in a network
- DA data structure that represents a set of elements and their relationships
Graph - Quiz
- AA graph in which every node is connected to every other node
- BA graph in which every edge has a direction associated with it
- CA graph in which every node has at most one outgoing edge
- DA graph in which every node has at most one incoming edge
- AA graph in which every node is connected to every other node
- BA graph in which every edge has a direction associated with it
- CA graph in which every node has at most one outgoing edge
- DA graph in which every edge has no direction associated with it
- AA graph in which every node is connected to every other node
- BA graph in which every edge has a direction associated with it
- CA graph in which every node has at most one outgoing edge
- DA graph in which every node has at most one incoming edge
- AA tree that contains all nodes of a graph and a subset of its edges
- B A tree that contains some nodes of a graph and a subset of its edges
- C A tree that contains all nodes of a graph and all of its edges
- DA tree that contains some nodes of a graph and all of its edges
- AA sequence of nodes in a graph
- BA sequence of edges in a graph
- CA sequence of nodes and edges in a graph
- DA path that ends where it starts
- ATo find the shortest path between two nodes in a weighted graph
- BTo find the longest path between two nodes in a weighted graph
- CTo find the minimum spanning tree of a graph
- DTo find the maximum flow in a network
- ATo find the shortest path between two nodes in a weighted graph
- BTo find the longest path between two nodes in a weighted graph
- CTo find the minimum spanning tree of a graph
- DTo find the maximum flow in a network
- ATo find the shortest path between two nodes in a weighted graph
- B To find the longest path between two nodes in a weighted graph
- C To find the minimum spanning tree of a graph
- DTo find the maximum flow in a network
- ATo find the shortest path between two nodes in a weighted graph
- BTo find the longest path between two nodes in a weighted graph
- CTo find the minimum spanning tree of a graph
- DTo find the maximum flow in a network
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Quiz Information
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- Number of Questions: Each quiz consists of 10 questions.
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- A. A linear data structure in which elements are arranged in a sequence
- B. A non-linear data structure in which elements are arranged in a hierarchy
- C. A non-linear data structure in which elements are arranged in a network
- D. A data structure that represents a set of elements and their relationships
Remarks:
Explanation: A non-linear data structure in which elements are arranged in a network
- A. A graph in which every node is connected to every other node
- B. A graph in which every edge has a direction associated with it
- C. A graph in which every node has at most one outgoing edge
- D. A graph in which every node has at most one incoming edge
Remarks:
Explanation: A graph in which every edge has a direction associated with it
- A. A graph in which every node is connected to every other node
- B. A graph in which every edge has a direction associated with it
- C. A graph in which every node has at most one outgoing edge
- D. A graph in which every edge has no direction associated with it
Remarks:
Explanation: A graph in which every edge has no direction associated with it
- A. A graph in which every node is connected to every other node
- B. A graph in which every edge has a direction associated with it
- C. A graph in which every node has at most one outgoing edge
- D. A graph in which every node has at most one incoming edge
Remarks:
Explanation: A graph in which every node is connected to every other node
- A. A tree that contains all nodes of a graph and a subset of its edges
- B. A tree that contains some nodes of a graph and a subset of its edges
- C. A tree that contains all nodes of a graph and all of its edges
- D. A tree that contains some nodes of a graph and all of its edges
Remarks:
Explanation: A tree that contains all nodes of a graph and a subset of its edges
- A. A sequence of nodes in a graph
- B. A sequence of edges in a graph
- C. A sequence of nodes and edges in a graph
- D. A path that ends where it starts
Remarks:
Explanation: A path that ends where it starts
- A. To find the shortest path between two nodes in a weighted graph
- B. To find the longest path between two nodes in a weighted graph
- C. To find the minimum spanning tree of a graph
- D. To find the maximum flow in a network
Remarks:
Explanation: To find the shortest path between two nodes in a weighted graph
- A. To find the shortest path between two nodes in a weighted graph
- B. To find the longest path between two nodes in a weighted graph
- C. To find the minimum spanning tree of a graph
- D. To find the maximum flow in a network
Remarks:
Explanation: To find the shortest path between two nodes in a weighted graph (it can also detect negative cycles in the graph)
- A. To find the shortest path between two nodes in a weighted graph
- B. To find the longest path between two nodes in a weighted graph
- C. To find the minimum spanning tree of a graph
- D. To find the maximum flow in a network
Remarks:
Explanation: To find the minimum spanning tree of a graph
- A. To find the shortest path between two nodes in a weighted graph
- B. To find the longest path between two nodes in a weighted graph
- C. To find the minimum spanning tree of a graph
- D. To find the maximum flow in a network
Remarks:
Explanation: To find the minimum spanning tree of a graph