Given: package handy.dandy; public class Keystroke { public void typeExclamation() { System.out.println("!"); } } And 1. package handy; 2. public class Greet { 3. public static void main(String[] args

While the type `handy.dandy.Keystroke` is qualified, the constructor call `new Keystroke()` remains unqualified and would look for `Keystroke` within the `handy` package, leading to a compilation error.

The syntax `handy.*.Keystroke` is an invalid package or class reference; the wildcard `*` is only permitted in `import` statements, not in class declarations.

Fully qualifying both the class type and the constructor call with its complete package path `handy.dandy.Keystroke` resolves the class location explicitly, allowing the code to compile.

Importing `handy.*` only makes classes directly within the `handy` package available, not classes in its subpackages like `handy.dandy`, thus `Keystroke` remains unresolvable.

Adding `import handy.dandy.*;` after the package declaration makes all classes within the `handy.dandy` package, including `Keystroke`, accessible by their simple names, enabling compilation.

Adding `import handy.dandy.Keystroke;` after the package declaration specifically imports the `Keystroke` class, making it accessible by its simple name without needing full qualification.

The syntax `import handy.dandy.Keystroke.typeExclamation();` is invalid for importing classes; imports are for types (classes, interfaces) not individual methods.