struct courseType { string name; struct nameType { string first; string last; }; struct studentType { nameType name; double gpa; courseType course; }; int callNum; int credits; char grade; }; studentType student; studentType classList[100] ; courseType course; nameType name; Mark the following statements as valid or invalid. If a statement is invalid, explain why. a. student.name.last= "Anderson"; b. classList[1].name = student; c. student.name = classList[10].name;

It takes Google only one nanosecond to provide a response that includes millions of URLs that are relevant to our inquiry, right?

Question 9  Full explain this question and text typing work only thanks

4) Question 2 asked you to compute the number of possible passwords with various numbers of characters.  However, it seems more likely that most people will choose actual words for their password.  According to the website wordfinder.yourdictionary.com, the English language has approximately 23,000 six-letter words.  a) Assume that a password must be at least 8 characters long and include at least 1 digit and at least 1 special character (again, assume there are 30 of these that are allowed). If people form their password by taking an English word of exactly 6 letters (assume that this password is not case-sensitive) and then adding (in either order) a digit and a special character (e.g flames#1), how many passwords would be possible?  (Hint: Find the number of passwords with 6 letters followed by a digit and a special character, then exchange the order of the last two characters.)  b) How does your answer change if we assume passwords are case-sensitive and the password must…