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Given main() and GVCoin struct, complete function ConsecutiveHeads() in main.c that counts and returns the number of flips taken to achieve a desired number of consecutive heads without a tails. Function Consecutive Heads() has a GVCoin struct and an integer representing the desired number of consecutive heads without a tails as parameters. Review the GVCoin struct in "GVCoin.h' and the function implementations in "GVCoin.c" by clicking on the orange arrow Note: For testing purposes, a GVCoin struct is created in the main() function using a pseudo-random number generator with a fixed seed value. The program uses a seed value of 15 during development, but when submitted, a different seed value will be used for each test case. Ex: If the GVCoin struct is created with a seed value of 15 and the desired number of consecutive heads is 5, then the function ConsecutiveHeads() returns 53 and the program outputs: Total number of flips for 5 consecutive heads: 53 LAB ACTIVITY 9.13.1: LAB: Consecutive heads 1 #include 2 3 #include "GVCoin.h" 4 #include "GVCoin.h" Current file: main.c 5 6 int ConsecutiveHeads (GVCoin coin, int goal) { / Type your code here / 7 8) 9 10 int main() 11 GVCoin coin InitGVCoin (15); 12 int numHeads 5; 13 int flips ConsecutiveHeads (coin, numHeads); 14 printf("Total number of flips for 5 consecutive heads: %d\n", flips); 15 16 return 0; 0/10 Load default template...

Given main() and GVCoin struct, complete function ConsecutiveHeads() in main.c that counts and returns the number of flips taken to achieve a desired number of consecutive heads without a tails. Function Consecutive Heads() has a GVCoin struct and an integer representing the desired number of consecutive heads without a tails as parameters. Review the GVCoin struct in "GVCoin.h' and the function implementations in "GVCoin.c" by clicking on the orange arrow Note: For testing purposes, a GVCoin struct is created in the main() function using a pseudo-random number generator with a fixed seed value. The program uses a seed value of 15 during development, but when submitted, a different seed value will be used for each test case. Ex: If the GVCoin struct is created with a seed value of 15 and the desired number of consecutive heads is 5, then the function ConsecutiveHeads() returns 53 and the program outputs: Total number of flips for 5 consecutive heads: 53 LAB ACTIVITY 9.13.1: LAB: Consecutive heads 1 #include 2 3 #include "GVCoin.h" 4 #include "GVCoin.h" Current file: main.c 5 6 int ConsecutiveHeads (GVCoin coin, int goal) { / Type your code here / 7 8) 9 10 int main() 11 GVCoin coin InitGVCoin (15); 12 int numHeads 5; 13 int flips ConsecutiveHeads (coin, numHeads); 14 printf("Total number of flips for 5 consecutive heads: %d\n", flips); 15 16 return 0; 0/10 Load default template...

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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Given main() and GVCoin struct, complete function Consecutive Heads() in main.c that counts and returns the number of flips taken to achieve a desired number of consecutive heads without a tails. Function ConsecutiveHeads() has a GVCoin struct and an integer representing the desired number of consecutive heads without a tails as parameters. Review the GVCoin struct in "GVCoin.h" and the function implementations in "GVCoin.c" by clicking on the orange arrow Note: For testing purposes, a GVCoin struct is created in the main() function using a pseudo-random number generator with a fixed seed value. The program uses a seed value of 15 during development, but when submitted, a different seed value will be used for each test case. Ex: If the GVCoin struct is created with a seed value of 15 and the desired number of consecutive heads is 5, then the function Consecutive Heads() returns 53 and the program outputs: Total number of flips for 5 consecutive heads: 53 LAB ACTIVITY 9.13.1: LAB: Consecutive heads 15 16 17 1 #include <stdio.h> 2 3 #include "GVCoin.h" 4 #include "GVCoin.h" 5 6 int ConsecutiveHeads (GVCoin coin, int goal) { /* Type your code here / 7 8} 9 10 int main() 11 12 13 14 GVCoin coin InitGVCoin (15); Current file: main.c - int numHeads- 5; int flips ConsecutiveHeads (coin, numHeads); printf("Total number of flips for 5 consecutive heads: %d\n", flips); return 0; 0/10 Load default template...
Transcribed Image Text:Given main() and GVCoin struct, complete function Consecutive Heads() in main.c that counts and returns the number of flips taken to achieve a desired number of consecutive heads without a tails. Function ConsecutiveHeads() has a GVCoin struct and an integer representing the desired number of consecutive heads without a tails as parameters. Review the GVCoin struct in "GVCoin.h" and the function implementations in "GVCoin.c" by clicking on the orange arrow Note: For testing purposes, a GVCoin struct is created in the main() function using a pseudo-random number generator with a fixed seed value. The program uses a seed value of 15 during development, but when submitted, a different seed value will be used for each test case. Ex: If the GVCoin struct is created with a seed value of 15 and the desired number of consecutive heads is 5, then the function Consecutive Heads() returns 53 and the program outputs: Total number of flips for 5 consecutive heads: 53 LAB ACTIVITY 9.13.1: LAB: Consecutive heads 15 16 17 1 #include <stdio.h> 2 3 #include "GVCoin.h" 4 #include "GVCoin.h" 5 6 int ConsecutiveHeads (GVCoin coin, int goal) { /* Type your code here / 7 8} 9 10 int main() 11 12 13 14 GVCoin coin InitGVCoin (15); Current file: main.c - int numHeads- 5; int flips ConsecutiveHeads (coin, numHeads); printf("Total number of flips for 5 consecutive heads: %d\n", flips); return 0; 0/10 Load default template...
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