Create a Java class Recursive Methods.java and create the following methods inside: ALL THE METHODS NEED TO BE COMPLETED RECURSIVLY. NO LOOPS ALLOWED. - oddEvenMatch Rec: the method takes an integer array as a parameter and returns a boolean. The method returns true if every odd index contains an odd integer AND every even index contains an even integer(0 is even). Otherwise it returns false. sumNRec: The method takes an integer array A and returns the sum of all integers in the parameter array. nDownToOne: Takes an integer n and prints out the numbers from n down to 1, each number on its own line. inputAndPrint Reverse: Inputs integers from the user until the user enters , then prints the integers in reverse order. For this method, you may NOT use an array or any type of array structure, in other words, you may not use any structure to store the user input.
Create a Java class Recursive Methods.java and create the following methods inside: ALL THE METHODS NEED TO BE COMPLETED RECURSIVLY. NO LOOPS ALLOWED. - oddEvenMatch Rec: the method takes an integer array as a parameter and returns a boolean. The method returns true if every odd index contains an odd integer AND every even index contains an even integer(0 is even). Otherwise it returns false. sumNRec: The method takes an integer array A and returns the sum of all integers in the parameter array. nDownToOne: Takes an integer n and prints out the numbers from n down to 1, each number on its own line. inputAndPrint Reverse: Inputs integers from the user until the user enters , then prints the integers in reverse order. For this method, you may NOT use an array or any type of array structure, in other words, you may not use any structure to store the user input.
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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Question
Follow instructions correctly.
After completing the methods, use the main method to test them.
![Create a Java class RecursiveMethods.java and create the following methods
inside:
ALL THE METHODS NEED TO BE COMPLETED RECURSIVLY. NO LOOPS ALLOWED.
-
oddEvenMatch Rec: the method takes an integer array as a parameter
and returns a boolean. The method returns true if every odd index
contains an odd integer AND every even index contains an even integer(0 is
even). Otherwise it returns false.
sumNRec: The method takes an integer array A and returns the sum of all
integers in the parameter array.
nDownToOne: Takes an integer n and prints out the numbers from n down
to 1, each number on its own line.
inputAndPrintReverse: Inputs integers from the user until the user
enters , then prints the integers in reverse order. For this method, you
may NOT use an array or any type of array structure, in other words, you
may not use any structure to store the user input.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F39d7d102-b71f-407c-baf7-560c0c07d34e%2Fb5033a31-fd1c-4ab8-9306-5f7b217523f4%2Fobsdmtp_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Create a Java class RecursiveMethods.java and create the following methods
inside:
ALL THE METHODS NEED TO BE COMPLETED RECURSIVLY. NO LOOPS ALLOWED.
-
oddEvenMatch Rec: the method takes an integer array as a parameter
and returns a boolean. The method returns true if every odd index
contains an odd integer AND every even index contains an even integer(0 is
even). Otherwise it returns false.
sumNRec: The method takes an integer array A and returns the sum of all
integers in the parameter array.
nDownToOne: Takes an integer n and prints out the numbers from n down
to 1, each number on its own line.
inputAndPrintReverse: Inputs integers from the user until the user
enters , then prints the integers in reverse order. For this method, you
may NOT use an array or any type of array structure, in other words, you
may not use any structure to store the user input.
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