Which of the following best explains the ability to solve problems algorithmically? Group of answer choices Any problem can be solved algorithmically, though some algorithmic solutions require a very large amount of data storage to execute. There exist some problems that cannot be solved algorithmically using any computer. Any problem can be solved algorithmically, though some algorithmic solutions must be executed on multiple devices in parallel. Any problem can be solved algorithmically, though some algorithmic solutions may require humans to validate the results.

Write a full class definition for a class named player , and containing the following members: a data member name of type string .a data member score of type int .a member function called setname that accepts a parameter and assigns it to name . the function returns no value. a member function called setscore that accepts a parameter and assigns it to score . the function returns no value. a member function called getname that accepts no parameters and returns the value of name .a member function called getscore that accepts no parameters and returns the value of score .this is what i have, aparently this is wrong: class player{private: string name; int score; public: void player: : setname (string n){name =n; }void player: : setscore (int s){score = s; }string player: : getname (){return name; }int player: : getscore (){return score; }};

How are roger williams, james oglethorpe, and william penn similar?

Create a file called favorite_foods, and list your favorite foods, entering five or six or more. press enter after each favorite food so it appears on its own line (make certain you also press enter after the final food item). after the file is created, add two more foods you like that are not on the list (press enter after the final food item). view the list of foods to make certain the two items you added appear at the end of the list