1. Write a C++ function template that takes two parameters and returns the greater one. Then,...

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1. Write a C++ function template that takes two parameters and returns the greater one. Then, test your function in the "main()" with integers, floats and characters. Hint: C++ function templates are special functions that may perform operations on generic types. This allows us to design a function that can be modified to more than one type or class without having to rewrite the complete code. 2. Write a C++ class template that will be used to hold a value of any type. First declare a class called "Var". It should have a class member to hold a value of any type. Provide a constructor and getter/setter functions. Then in the main function test your class by holding different types like integer and string etc. 1. Write a C++ function template that takes two parameters and returns the greater one. Then, test your function in the "main()" with integers, floats and characters. Hint: C++ function templates are special functions that may perform operations on generic types. This allows us to design a function that can be modified to more than one type or class without having to rewrite the complete code. 2. Write a C++ class template that will be used to hold a value of any type. First declare a class called "Var". It should have a class member to hold a value of any type. Provide a constructor and getter/setter functions. Then in the main function test your class by holding different types like integer and string etc. 1. Write a C++ function template that takes two parameters and returns the greater one. Then, test your function in the "main()" with integers, floats and characters. Hint: C++ function templates are special functions that may perform operations on generic types. This allows us to design a function that can be modified to more than one type or class without having to rewrite the complete code. 2. Write a C++ class template that will be used to hold a value of any type. First declare a class called "Var". It should have a class member to hold a value of any type. Provide a constructor and getter/setter functions. Then in the main function test your class by holding different types like integer and string etc. 1. Write a C++ function template that takes two parameters and returns the greater one. Then, test your function in the "main()" with integers, floats and characters. Hint: C++ function templates are special functions that may perform operations on generic types. This allows us to design a function that can be modified to more than one type or class without having to rewrite the complete code. 2. Write a C++ class template that will be used to hold a value of any type. First declare a class called "Var". It should have a class member to hold a value of any type. Provide a constructor and getter/setter functions. Then in the main function test your class by holding different types like integer and string etc.

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