f) Test the functionality of the implementation in the main method. First, create a new ArrayIntList object. Then, call its add method multiple times to fill the list with some values. Afterwards, print out the list (call println with the ArrayIntList reference as an actual parameter). Then, do call its remove method a few times and print out the list again. Afterwards, answer the following questions: 1) What is the time complexity of the add and remove methods? 2) What happens when we try to add more than 10 values to the list? How would you address the problem that could result? 3) If the problem in 2 is fixed, how would that change the time complexity?

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Use java and properly indent the code.
f) Test the functionality of the implementation in the main method. First, create a new
ArrayIntList object. Then, call its add method multiple times to fill the list with some
values. Afterwards, print out the list (call println with the ArrayIntList reference as an
actual parameter). Then, do call its remove method a few times and print out the list again.
Afterwards, answer the following questions:
1) What is the time complexity of the add and remove methods?
2) What happens when we try to add more than 10 values to the list? How would you address
the problem that could result?
3) If the problem in 2 is fixed, how would that change the time complexity?
Transcribed Image Text:f) Test the functionality of the implementation in the main method. First, create a new ArrayIntList object. Then, call its add method multiple times to fill the list with some values. Afterwards, print out the list (call println with the ArrayIntList reference as an actual parameter). Then, do call its remove method a few times and print out the list again. Afterwards, answer the following questions: 1) What is the time complexity of the add and remove methods? 2) What happens when we try to add more than 10 values to the list? How would you address the problem that could result? 3) If the problem in 2 is fixed, how would that change the time complexity?
6:20
l 5G E 4
Tuesday
Edit
11:35 AM
Exercise 1 (List ADT – Array-based list implementation)
Make a new Java Project called Lab7. Then create a new class called ArrayIntList that
implements an array-based list data structure that supports adding and removing int-typed
elements at the end of the list. Test your implementation in the main method. Also, state the
time complexity of your method implementations.
n last pEx. DH
OT- Array-based list implementati
tclled Lab hen create e new cleu cated SznEEI
sed st dete structure thet pportding an
he t. Test pur implementetion in the aie
method implementations
60446
Transcribed Image Text:6:20 l 5G E 4 Tuesday Edit 11:35 AM Exercise 1 (List ADT – Array-based list implementation) Make a new Java Project called Lab7. Then create a new class called ArrayIntList that implements an array-based list data structure that supports adding and removing int-typed elements at the end of the list. Test your implementation in the main method. Also, state the time complexity of your method implementations. n last pEx. DH OT- Array-based list implementati tclled Lab hen create e new cleu cated SznEEI sed st dete structure thet pportding an he t. Test pur implementetion in the aie method implementations 60446
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