1> #include 7. Number Scores 10 11 // Complete the compute_number_score function below. int compute_number_score(int number) { You have developed a scoring system for positive +2 points for every 5 found in the number. For example, 5751 would score 4 points. 14 } 16 > int main(). +4 points for each pair of consecutive 3s. If there are more than two 3s in a row, add +4 for each additional 3, since it makes an additional pair (for example, four consecutive 3s gives +12). +N2 points for a sequence of length N (N >= 1) where each digit is 1 more than the previous digit. For example, 9678562 would be (9-678-56-2) 1 + 32 +22 + 1 = 15 points. +6 if the entire number is a multiple of 5 +1 for each odd digit Each component of the score is evaluated separately, so a given digit may contribute to more than one component. For example, the number 456 would score 9 for the sequence of length 3, 1 for one odd digit (5), and 2 for the 5 digit, for a total of 9 + 1 + 2 = 12. Write a function compute_number_score that computes (and returns) a score for an integer passed to it. The number will be in the range O #include 7. Number Scores 10 11 // Complete the compute_number_score function below. int compute_number_score(int number) { You have developed a scoring system for positive +2 points for every 5 found in the number. For example, 5751 would score 4 points. 14 } 16 > int main(). +4 points for each pair of consecutive 3s. If there are more than two 3s in a row, add +4 for each additional 3, since it makes an additional pair (for example, four consecutive 3s gives +12). +N2 points for a sequence of length N (N >= 1) where each digit is 1 more than the previous digit. For example, 9678562 would be (9-678-56-2) 1 + 32 +22 + 1 = 15 points. +6 if the entire number is a multiple of 5 +1 for each odd digit Each component of the score is evaluated separately, so a given digit may contribute to more than one component. For example, the number 456 would score 9 for the sequence of length 3, 1 for one odd digit (5), and 2 for the 5 digit, for a total of 9 + 1 + 2 = 12. Write a function compute_number_score that computes (and returns) a score for an integer passed to it. The number will be in the range O