DATA STRUCTURES

With a briefed (but clear enough) description of each requirement before solving it

(To write a COMPLETE C program) Prepare a menu-driven C program for Inserting and deletion operation for both a queue structure and a linked list of student information which has the following structure declaration. struct teacher { char Student_name[30]; int TC; char address [20]; char email[30]; char mobile[12]; char department[21;/* CE=Computer Engineering, E=English */ }; Define the following Initialized array of structure in your program. struct Student HKU [10]={ "Ahmet","Osman", 12005310,"Gaziantep","Ahmet@gmail.com", "05531001020","CE", "Sevgi" ,"Mert", 12005311,"Konya"," Sevgi@gmail.com", "05531141990", "E", "Osman", "Kemal", 12005312,"Istanbul"," Osman@gmail.com", "05531331023","CE", "Mert", "Osman", 12005313, "Antalya"," Mert@gmail.com", "05531041424","CE", "Ayse","Omer", 12005314,"Ankara"," Ayse@gmail.com", "05531087412", "E", "Kemal", "ali", 12005315, "Izmir"," Kemal@gmail.com, "05535471028","CE", "Lale", "Can", 12005316, , "Trabzon"," Lale@gmail.com", "05534712036", "E", "Sefer", "Mert", 12005317, "Mardin"," Sefer@gmail.com", "05531078621","CE", "Meral",,"Jemal", 12005318,"Bursa"," Meral@gmail.com", "05531003578","E", "Demet", "Kemal", 12005319,"Ankara"," Demet@gmail.com", "05531841220", "E"}; 22) Using struct Student HKU [10] A.Create a list of ten nodes, sorted using TC. B.Create a list of ten nodes, sorted using Student_name. C.Append an element that contains the information of new students to the beginning of a list D.Append an element that contains the information of new students as a second node in the list E.Delete the first element from a list. F.Delete the nth element from a list. G. Insert an element before the nth element of a list. H. Free all nodes in a list. I. Concatenate two lists