Step 7: Create a Random object using the input seed Step 8: Use a for lçop to create the specified number of frogs and add them to the array list. The weights of the frogs must be in the range [MIN_WEIGHT, MAX_WEIGHT] and be generated by the Random object created in Step 7 ystem.out.println("All frogs before swapping:");
Step 7: Create a Random object using the input seed Step 8: Use a for lçop to create the specified number of frogs and add them to the array list. The weights of the frogs must be in the range [MIN_WEIGHT, MAX_WEIGHT] and be generated by the Random object created in Step 7 ystem.out.println("All frogs before swapping:");
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
Related questions
Question
![34
using prompt
"Enter an integer as the random generator seed:
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// Step 7: Create a Random object using the input seed
38
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40
// Step 8: Use a for loop to create the specified number
of frogs and add them to the array list.
The weights of the frogs must be in the range
[MIN_WEIGHT, MAX_WEIGHT] and be generated by
the Random object created in Step 7
41
//
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//
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//
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System.out.println("All frogs before swapping:");
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// Step 9: Use the enhanced for loop to print
out all frogs in the list, one per line
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// Step 10: Calculate the index of the last frog
in the list and store it in a variable
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// Step 11: Swap the first and the last frogs in the list
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System.out.println("All frogs after swapping: ");
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//Step 12: Use the enhanced for loop to print
out all frogs in the list, one per line
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Transcribed Image Text:34
using prompt
"Enter an integer as the random generator seed:
35
36
37
// Step 7: Create a Random object using the input seed
38
39
40
// Step 8: Use a for loop to create the specified number
of frogs and add them to the array list.
The weights of the frogs must be in the range
[MIN_WEIGHT, MAX_WEIGHT] and be generated by
the Random object created in Step 7
41
//
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//
44
45
//
46
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System.out.println("All frogs before swapping:");
48
49
// Step 9: Use the enhanced for loop to print
out all frogs in the list, one per line
50
51
52
53
// Step 10: Calculate the index of the last frog
in the list and store it in a variable
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55
56
57
// Step 11: Swap the first and the last frogs in the list
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System.out.println("All frogs after swapping: ");
61
62
//Step 12: Use the enhanced for loop to print
out all frogs in the list, one per line
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![16 public class FrogListApp
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public static void main(String[] args)
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final int MIN_WEIGHT = 1;
13B
final int MAX_WEIGHT = 25;
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// Step 3: Create an array list to store Frog objects
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// Step 4: Create a Scanner object
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// Step 5: Read an integer as the number of frogs
using prompt "Enter the number of frogs:
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// Step 6: Read an integer as the random generator seed
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using prompt
"Enter an integer as the random generator seed: "
34
%3D
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//
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// Step 7: Create a Random object using the input seed
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// Step 8: Use a for loop to create the specified number
of frogs and add them to the array list.
The weights of the frogs must be in the range
[MIN WEIGHT, MAX WEIGHT] and be generated by
the Random object created in Step 7
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//
//
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//
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System.out.println("Al1 frogs before swapping:");
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// Step 9: Use the enhanced for loop to print
50](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F41fc4194-ca6a-4c74-975f-c41e6cb486ed%2F04217b16-a081-4f90-8501-034c5a479cd1%2Fl36b4s_processed.jpeg&w=3840&q=75)
Transcribed Image Text:16 public class FrogListApp
17
public static void main(String[] args)
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final int MIN_WEIGHT = 1;
13B
final int MAX_WEIGHT = 25;
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// Step 3: Create an array list to store Frog objects
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25
// Step 4: Create a Scanner object
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// Step 5: Read an integer as the number of frogs
using prompt "Enter the number of frogs:
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32
// Step 6: Read an integer as the random generator seed
33
using prompt
"Enter an integer as the random generator seed: "
34
%3D
35
//
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37
// Step 7: Create a Random object using the input seed
38
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40
// Step 8: Use a for loop to create the specified number
of frogs and add them to the array list.
The weights of the frogs must be in the range
[MIN WEIGHT, MAX WEIGHT] and be generated by
the Random object created in Step 7
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42
//
//
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45
//
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System.out.println("Al1 frogs before swapping:");
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// Step 9: Use the enhanced for loop to print
50
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