A.The output will be exactly 2 1 3 4 5.

B.The program prints 1 4 2 3, but the order is unpredictable.

C.Replacing forEach() with forEachOrdered(), the program prints 2 1 3 4 5, but the order is unpredictable.

D.Replacing forEach() with forEachOrdered(), the program prints 1 2 3 4 5.

E.Replacing forEach() with forEachOrdered(), the program prints 2 1 3 4 5.

A.public <T> Collection<T> bar(Collection<T> arg) { ... } overloads Foo.foo.

B.public <T> List<T> foo(Collection<T> arg) { ... } overrides Foo.foo.

C.public <T> Collection<T> foo(Collection<T> arg) { ... } overloads Foo.foo.

D.public <T> Iterable<T> foo(Collection<T> arg) { ... } overrides Foo.foo.

E.public Collection<String> foo(Collection<String> arg) { ... } overrides Foo.foo.

F.public <T> Collection<T> foo(Stream<T> arg) { ... } overloads Foo.foo.

A.javac fails to compile the class and prints the error message, Error: Could not find or load main class Mycar.class

B.javac fails to compile the class and prints the error message, C:\workspace4\Mycar.java:1:error: package java does not exist

C.javac compiles Mycar.java without errors or warnings.

D.javac fails to compile the class and prints the error message, C:\workspace4\Mycar.java:1:error:
expected import java.lang

A.Modular jars loaded from -classpath are automatic modules.

B.Classes found in -classpath are part of an unnamed module.

C.If a package is defined in both the named module and the unnamed module, then the package in the unnamed module is ignored.

D.Any named module can directly access all classes in an automatic module.

E.Modular jars loaded from --module-path are automatic modules.

A.Option D

B.Option B

C.Option C

D.Option A