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Consider the graph below, answer succeeding questions: Dallas 200 1300 200 Austin Washington Denver 1400 Atlanta 160 800 800 Chicago Houston -- (T/F) The graph is an undirected graph. -- How many in-degree do Houston have? -- (T/F) The graph is an example of a weighted graph. - Which of the following nodes has the highest number of in-degrees? -- (T/F) All nodes have in-degrees. -- How much is the cheapest cost from Austin to Houston? -- What node has the highest number of out-degree? -- (T/F) There is no available path from Atlanta to Dallas. -- (T/F) All nodes are reachable. -- (T/F) The graph does not have any loops. How much is the cheapest route from Dallas to Houston? -- (T/F) There is no available path from Denver to Austin. - (T/F) Denver is adjacent to Austin. 430 400 0001 0001 006

Consider the graph below, answer succeeding questions: Dallas 200 1300 200 Austin Washington Denver 1400 Atlanta 160 800 800 Chicago Houston -- (T/F) The graph is an undirected graph. -- How many in-degree do Houston have? -- (T/F) The graph is an example of a weighted graph. - Which of the following nodes has the highest number of in-degrees? -- (T/F) All nodes have in-degrees. -- How much is the cheapest cost from Austin to Houston? -- What node has the highest number of out-degree? -- (T/F) There is no available path from Atlanta to Dallas. -- (T/F) All nodes are reachable. -- (T/F) The graph does not have any loops. How much is the cheapest route from Dallas to Houston? -- (T/F) There is no available path from Denver to Austin. - (T/F) Denver is adjacent to Austin. 430 400 0001 0001 006

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Help me with these TWO problems: DATA & STRUCTURES

Question 3 Consider the graph below, answer succeeding questions: Dallas 200 1300 200 Austin Washington Denver 1400 Atlanta 160 800 800 Chicago Houston - (T/F) The graph is an undirected graph. How many in-degree do Houston have? - (T/F) The graph is an example of a weighted graph. Which of the following nodes has the highest number of in-degrees? (T/F) All nodes have in-degrees. How much is the cheapest cost from Austin to Houston? What node has the highest number of out-degree? (T/F) There is no available path from Atlanta to Dallas. - (T/F) All nodes are reachable. -- (T/F) The graph does not have any loops. How much is the cheapest route from Dallas to Houston? -- (T/F) There is no available path from Denver to Austin. (T/F) Denver is adjacent to Austin. 600 490 80 0001 0001 006
Transcribed Image Text:Question 3 Consider the graph below, answer succeeding questions: Dallas 200 1300 200 Austin Washington Denver 1400 Atlanta 160 800 800 Chicago Houston - (T/F) The graph is an undirected graph. How many in-degree do Houston have? - (T/F) The graph is an example of a weighted graph. Which of the following nodes has the highest number of in-degrees? (T/F) All nodes have in-degrees. How much is the cheapest cost from Austin to Houston? What node has the highest number of out-degree? (T/F) There is no available path from Atlanta to Dallas. - (T/F) All nodes are reachable. -- (T/F) The graph does not have any loops. How much is the cheapest route from Dallas to Houston? -- (T/F) There is no available path from Denver to Austin. (T/F) Denver is adjacent to Austin. 600 490 80 0001 0001 006
Consider the diagram below, answer succeeding questions: Tree Pointer Pointe M Pointer Polnter F Pointer Peiote R ointer Pointer NULL Pointer Peinter NULL NULL NULL NULL NULL -- What is the data type of the value part of the node? -- How many pointer variables are needed for each node? -- (T/F) In order to define each node in a binary tree you will need a class. -- (T/F) All pointers pointing to NULL are leaf nodes. -- To what data value is the root pointing? -- (T/F) If the left pointer of a node is NULL, it means it has a child. -- (T/F) A node may have both of its pointers NULL. -- (T/F) If I will be searching for the value P, I need to traverse the entire tree. -- (T/F) If a new node is added to the binary tree, the root will adjust and point to the new node. -- (T/F) The first value that will be added to the binary tree will automatically become the root node.
Transcribed Image Text:Consider the diagram below, answer succeeding questions: Tree Pointer Pointe M Pointer Polnter F Pointer Peiote R ointer Pointer NULL Pointer Peinter NULL NULL NULL NULL NULL -- What is the data type of the value part of the node? -- How many pointer variables are needed for each node? -- (T/F) In order to define each node in a binary tree you will need a class. -- (T/F) All pointers pointing to NULL are leaf nodes. -- To what data value is the root pointing? -- (T/F) If the left pointer of a node is NULL, it means it has a child. -- (T/F) A node may have both of its pointers NULL. -- (T/F) If I will be searching for the value P, I need to traverse the entire tree. -- (T/F) If a new node is added to the binary tree, the root will adjust and point to the new node. -- (T/F) The first value that will be added to the binary tree will automatically become the root node.
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