In C++ Write a program with a function that implements the Addition Algorithm with base 10 addition and accept two positive integer string value and perform addition operation and outputs the result.

c++

C++ Program #include <string>using std::string; /*** Problem 1: Simple strings & loops** Given a string and an int n, create a new string * made of the first n characters of the original * string, followed by the first n-1 characters of * the original string, and so on. You may assume * that n is between 0 and the length of the string, * inclusive (i.e. n >= 0 and n <= str.length())* * Some examples:* "Chocolate", 4 -> "ChocChoChC"* "Chocolate", 3 -> "ChoChC"* "Ice Cream", 2 -> "IcI" */string decreasing(const string& str, int n){string result = "not done"; // Add your code herereturn result;} /*** Problem 2: Intermediate Strings & Loops** Given an input string, count the number of words ending * in 'y' or 'z' -so the 'y' in "heavy" and the 'z' in "fez" * count, but not the 'y' in "yellow". Make sure that your * comparison is not case sensitive. We'll say that a y * or z is at the end of a word if there is not an alphabetic * letter immediately following...

C++ language

Please help in C++ Use a counter controlled for loop

C++ CODE

C programming

5. use c code to Write a stringSearch function that gets two strings one called needle and the other called haystack. It then searches in the Haystack for the needle. If it finds it, it returns the index of where the needle starts in the haystack. If the needle cannot be found, it should return -1 Prototype: int stringSearch(char needle[], char haystack) Example1: Haystack: "This is just an example" Needle: "just" Result: 8 Example2: Haystack: "This is just an example" Needle: "This" Result: 0 Example3: Haystack: "This is just an example" Needle: "this" Result: -1 Hint: all the answer need to include an output and use c code to answer

Create a function in C++ using recursion where the user inputs a number. The function will repeat an equation where you get the square root of a number for the amount of loops selected. A random number between 1-10 will be used to determine the length of the loop.