Find output for the given code fragments Program plan: Create a class “A”, Define the method “method1()” that prints the string “A 1”. Define the method “method2()” that prints the string “A 2”. Define the method “toString()” that returns the string “A”. Create a class “B” that extends the super class “A”, Define the method “method2()”, Print the string “B 2”. Create a class “C” that extends the super class “A”, Define the method “method1()”, Print the string “C 1”. Define the method “toString()”, Return the string “C”. Create a class “D” that extends the super class “C”, Define the method “method2()”, Print the string “D 2”. Define the method “main()”, Create array object for the class “A”. Execute loop till the array length, Call the method “method2()”. Print the elements. Call the method “method1()”. Print new line.

Question

Want to see the full answer?

Answer 1

Question

Chapter 9.3, Problem 11SCP

Program Plan Intro

Find output for the given code fragments

Program plan:

Create a class “A”,

Define the method “method1()” that prints the string “A 1”.

Define the method “method2()” that prints the string “A 2”.

Define the method “toString()” that returns the string “A”.

Create a class “B” that extends the super class “A”,

Define the method “method2()”,

Print the string “B 2”.

Create a class “C” that extends the super class “A”,

Define the method “method1()”,

Print the string “C 1”.

Define the method “toString()”,

Return the string “C”.

Create a class “D” that extends the super class “C”,

Define the method “method2()”,

Print the string “D 2”.

Define the method “main()”,

Create array object for the class “A”.

Execute loop till the array length,

Call the method “method2()”.

Print the elements.

Call the method “method1()”.

Print new line.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

1. Complete the routing table for R2 as per the table shown below when implementing RIP routing Protocol? (14 marks) 195.2.4.0 130.10.0.0 195.2.4.1 m1 130.10.0.2 mo R2 R3 130.10.0.1 195.2.5.1 195.2.5.0 195.2.5.2 195.2.6.1 195.2.6.0 m2 130.11.0.0 130.11.0.2 205.5.5.0 205.5.5.1 R4 130.11.0.1 205.5.6.1 205.5.6.0

Analyze the charts and introduce each charts by describing each. Identify the patterns in the given data. And determine how are the data points are related. Refer to the raw data (table):

3A) Generate a hash table for the following values: 11, 9, 6, 28, 19, 46, 34, 14. Assume the table size is 9 and the primary hash function is h(k) = k % 9. i) Hash table using quadratic probing ii) Hash table with a secondary hash function of h2(k) = 7- (k%7) 3B) Demonstrate with a suitable example, any three possible ways to remove the keys and yet maintaining the properties of a B-Tree. 3C) Differentiate between Greedy and Dynamic Programming.