A.The Sportscar class inherits the setTurbo method from the superclass Automobile.

B.The Sportscar class is a superclass that has more functionality than the Automobile class.

C.The Sportscar class is a subclass of Automobile and inherits its methods.

D.The Sportscar subclass cannot override setTurbo method from the superclass Automobile.

A.BasicFileAttributes attributes = Files isDirectory (path);

B.BasicFileAttributes attributes = Files, readAttributes (path, FileAttributes, class);

C.BasicFileAttributes attributes = Files.readAttributes(path, BasicFileAttributes.class

D.BasicFileAttributes attributes =Files.getAttribute (path, ''insdirectory'');

A.String result = fruits.stream().filter(f > f.contains("n")).findAny();

B.fruits.stream().filter(f > f.contains("n")).forEachOrdered(System.out::print);

C.Optional<String> result = fruits.stream().filter(f > f.contains ("n")).findFirst ();

D.Optional<String> result = fruits.stream().anyMatch(f > f.contains("n"));

A.map(e -> e.getLocality())
.count();

B..map(Employee::getLocality)
.distinct()
.count();

C..map(e -> e.getLocality())
.collect(Collectors.toSet())
.count();

D..filter(Employee::getLocality)
.distinct()
.count();

A.Any module that requires the java.sql module does not need to require the java.se module.

B.Any module that requires the java.se module does not need to require the java.sql module.

C.Only a module that requires the java.se module is permitted to require the java.sql module.

D.Any module that attempts to require the java.se module actually requires the java.sql module instead.