Java SE 8 Programmer II Practice Tests and PDFs

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Java SE 8 Programmer II

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Exam Code:

1Z0-809

Vendor Name:

Oracle

Total Questions:

196

Last Updated Date:

March 9, 2025

Formate:

Practice Test Online

Downlaodable PDFs

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Real exam-like questions

Questions mirror the actual certification exam format and difficulty

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Price:

$49.00

1Z0-809 Test Features


Passing 1Z0-809  certification exams requires a significant amount of preparation. Proper study techniques and using the right resources can help you retain important information, understand key concepts, and ultimately pass the 1Z0-809  exam. Different methods are available to help candidates prepare effectively. Our practice tests simulate the 1Z0-809  actual exam environment, allowing candidates to experience the format, timing, and types of questions they will encounter. Taking multiple 1Z0-809 practice tests can improve time management skills and help you identify areas that need further review.
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1z0-809

Practice makes perfect! Take this quiz now to test your knowledge and boost your confidence for the real exam.

1 / 5

Given the definition of the Vehicle class: Class Vehhicle { int distance;//line n1 Vehicle (int x) { this distance = x; } public void increSpeed(int time) {//line n2 int timeTravel = time;//line n3 class Car { int value = 0; public void speed () { value = distance /timeTravel; System.out.println (“Velocity with new speed”+value+”kmph”); }} new Car().speed(); }} and this code fragment: Vehicle v = new Vehicle (100); v.increSpeed(60); What is the result?

2 / 5

Given the code fragment: List values = Arrays.asList (1, 2, 3); values.stream () .map(n -> n*2)//line n1 .peek(System.out::print)//line n2 .count(); What is the result?

3 / 5

Given the code fragment: public class Foo { public static void main (String [ ] args) { Map unsortMap = new HashMap< > ( ); unsortMap.put (10, “z”); unsortMap.put (5, “b”); unsortMap.put (1, “d”); unsortMap.put (7, “e”); unsortMap.put (50, “j”); Map treeMap = new TreeMap (new Comparator ( ) { @Override public int compare (Integer o1, Integer o2) {return o2.compareTo (o1); } } ); treeMap.putAll (unsortMap); for (Map.Entry entry : treeMap.entrySet () ) { System.out.print (entry.getValue () + “ “); }}} What is the result?

4 / 5

Which two reasons should you use interfaces instead of abstract classes? (Choose two.) require access modifiers other than public. E. You want to take advantage of multiple inheritance of type.

5 / 5

Given: IntStream stream = IntStream.of (1,2,3); IntFunction inFu= x -> y -> x*y;//line n1 IntStream newStream = stream.map(inFu.apply(10));//line n2 newStream.forEach(System.out::print); Which modification enables the code fragment to compile?

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