A.NumberFormat formatter = NumberFormat.getInstance(locale).getCurrency();

B.NumberFormat formatter = NumberFormat.getInstance(locale);

C.NumberFormat formatter = NumberFormat.getCurrency(locale);

D.NumberFormat formatter = NumberFormat.getCurrencyInstance(locale);

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.public List<Integer> foo(Set<CharSequence> m) { ... }

B.public ArrayList<Number> foo(Set<CharSequence> m) { ... }

C.public List<Integer> foo(TreeSet<String> m) { ... }

D.public ArrayList<Integer> foo(Set<String> m) { ... }

E.public List<Integer> foo(Set<String> m) { ... }

F.public List<Object> foo(Set<CharSequence> m) { ... }

A.The Sportscar subclass cannot override 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 class inherits the setTurbo method from the superclass Automobile.

A.The compilation fails at line 16.

B.1

C.The compilation fails at line 13.

D.The compilation fails at line

E.10