3) C++ coding Practice: You are required to create an ordered linked list, OrderedlinkedList class using templates, which contains data for a Patient (Social Security number (SSN), Patient Name, Address and Phone Number), and the data is sorted in the list as per the Social Security number (SSN). The class must include the following functionalities : Initialize the list Determine whether the list is full Determine whether the list is empty Print the list Find the size of the list Search the patient in the list using the Social Security number (SSN). Destroy the list Insert the node at front Insert the node at back Retrieve the info contained in the first node Retrieve the info contained in the last node Delete an item from the list Make a copy of the linked list Using assignment operator (=), display two linked list are equal or not

I need help in a C++ program. I'm not sure what to do add next. Text files: roomset_one.dat 426 25 25327 18 14420 20 15317 100 101−1 −1 −1 roomset_two.dat 55 10 5102 12 10111 15 16250 20 254033 500 2077810 800 8008810 800 0-2 -2 -2 roomset_three.dat -999   Program Requirements DO NOT open the file and use it within your program (input redirection) Example of input redirection: ./a.out < roomset_one.dat You must include the following functions: ReadRoomData: a void function that accepts three reference parameters (the room number, max capacity, and enrolled). It should read in all three values from stdin. DetermineStatus: a value-returning function that has one parameter (available enrollment). It should return a std::string containing the status of the room (OPEN, FULL, OVER) OutputRoomInfo: a void function that accepts three value parameters (room, max capacity, and enrolled). It should call DetermineStatus and output the formatted room information for that single…

Which of the following regarding R-values in C++17 is/are true? Select all that apply. Pick ONE OR MORE options Integer literals and string literals are both natively R-values An R-value can be passed to a function that accepts a constant L-value reference, but not to a function that accepts a non-constant L-value reference Any time two ampersands (&&) appear in syntactically valid C++17 code, they indicate the presence of an R-value reference For a given type ~T~, constructing an instance of ~T~ from an R-value reference is always strictly more efficient than constructing an instance of ~T~ from an L-value reference It is possible to restrict a class's custom call operator such that it may only be used on instances of the type that are R- value references

I need Help again understanding C++ programming with a  problem: Assume an equation is in the form: ax + b = c. Prompt for and get the user’s values for a, b, and c (allintegers), then solve for x. So, if the user entered 6 for a, 9 for b, and 2 for c, output should be in thisform:Your equation : 6x + 9 = 2Has solution x = -1.16667NOTE: 1. Assume that a will NOT be 0.2. Variable names of a, b, and c are actually descriptive in the context of this program