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Note: the find_x function in this question is also used in the next question. Nodes in a singly-linked list are instances of type node_t: typedef struct node { int data; struct node *next; } node_t; Here is the declaration for a recursive function named find_x, which searches the linked list pointed to by head and returns the count of the number of times x is found: int find_x(node_t *head, int x); What is the C code for the base case? Oif (head == NULL) { return 1; } Oif (head == NULL) { return 0; } Oif (head->data == x) { return 1; } Oif (head->next == NULL) { return 0;

Note: the find_x function in this question is also used in the next question. Nodes in a singly-linked list are instances of type node_t: typedef struct node { int data; struct node *next; } node_t; Here is the declaration for a recursive function named find_x, which searches the linked list pointed to by head and returns the count of the number of times x is found: int find_x(node_t *head, int x); What is the C code for the base case? Oif (head == NULL) { return 1; } Oif (head == NULL) { return 0; } Oif (head->data == x) { return 1; } Oif (head->next == NULL) { return 0;

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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Note: the find_x function in this question is also used in the next question. Nodes in a singly-linked list are instances of type node_t: typedef struct node { int data; struct node *next; } node_t; Here is the declaration for a recursive function named find_x, which searches the linked list pointed to by head and returns the count of the number of times x is found: int find_x(node_t *head, int x); What is the C code for the base case? Oif (head == NULL) { return 1; } Oif (head == NULL) { return 0; } Oif (head->data == x) { return 1; } Oif (head->next == NULL) { return 0;
Transcribed Image Text:Note: the find_x function in this question is also used in the next question. Nodes in a singly-linked list are instances of type node_t: typedef struct node { int data; struct node *next; } node_t; Here is the declaration for a recursive function named find_x, which searches the linked list pointed to by head and returns the count of the number of times x is found: int find_x(node_t *head, int x); What is the C code for the base case? Oif (head == NULL) { return 1; } Oif (head == NULL) { return 0; } Oif (head->data == x) { return 1; } Oif (head->next == NULL) { return 0;
What does function mystery do? int mystery (int m, int n) { if (mn) { return n; } else { return m + mystery(m + 1, n); } } O When called with arguments m= 1 and n >= m, it returns nx(n+1) / 2 When called with arguments m= 1 and n >= m, it returns nt; that is, the factorial of n. When called with arguments m >= 1 and n>= 1, it returns mx n. When called with arguments m<n and n>= m, it returns -m+1)
Transcribed Image Text:What does function mystery do? int mystery (int m, int n) { if (mn) { return n; } else { return m + mystery(m + 1, n); } } O When called with arguments m= 1 and n >= m, it returns nx(n+1) / 2 When called with arguments m= 1 and n >= m, it returns nt; that is, the factorial of n. When called with arguments m >= 1 and n>= 1, it returns mx n. When called with arguments m<n and n>= m, it returns -m+1)
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