- C++ Programming Examples
- C++ Programming Examples
- C++: Hello World
- C++: Get Input
- C++: Print Integer
- C++: Add two numbers
- C++: Add, Sub, Multiply, Div
- C++: Add Digits
- C++: Find Average and Percentage
- C++: Find Arithmetic Mean
- C++: Sum of n Natural Numbers
- C++: Sum of n Numbers
- C++: Square's Area and Perimeter
- C++: Rectangle's Area and Perimeter
- C++: Triangle's Area and Perimeter
- C++: Area and Circumference
- C++: Find Simple Interest
- C++: Fahrenheit to Celsius
- C++: Celsius to Fahrenheit
- C++: Print Prime Numbers
- C++: Reverse a Number
- C++: Swap Two Numbers
- C++: Print Multiplication Table
- C++: Find Factorial of a Number
- C++: Find Factors of a Number
- C++: Find HCF and LCM
- C++: Create a Calculator
- C++: Count Digits in a Number
- C++: First and Last Digit Sum
- C++: Product of Number Digits
- C++: Sum of Squares of Digits
- C++: Interchange Digits of Number
- C++ if-else Programs
- C++: Check Even or Odd
- C++: Check Prime or Not
- C++: Check Alphabet or Not
- C++: Check Vowel or Not
- C++: Check Leap Year or Not
- C++: Check Reverse equals Original
- C++: Check Perfect Number
- C++: Check Palindrome or Not
- C++: Check Armstrong or Not
- C++: Divisibility Test
- C++: Find Labor Wage
- C++: Find Discounted Price
- C++: Find Shipping Charge
- C++: Find Telephone Bills
- C++: Calculate Student Grade
- C++: Largest of Two Numbers
- C++: Largest of Three Numbers
- C++ Number Conversion
- C++: Decimal to Binary
- C++: Decimal to Octal
- C++: Decimal to Hexadecimal
- C++: Binary to Decimal
- C++: Binary to Octal
- C++: Binary to Hexadecimal
- C++: Octal to Decimal
- C++: Octal to Binary
- C++: Octal to Hexadecimal
- C++: Hexadecimal to Decimal
- C++: Hexadecimal to Binary
- C++: Hexadecimal to Octal
- C++ Pattern Programs
- C++: Pattern Programs
- C++: Print Diamond Pattern
- C++: Print Floyd's Triangle
- C++: Print Pascal's Triangle
- C++ Array Programs
- C++: 1D Array Program
- C++: Linear Search
- C++: Binary Search
- C++: Largest Element in an Array
- C++: Smallest Element in an Array
- C++: Find Second Largest Element
- C++: Find Second Smallest Element
- C++: Sum of All Elements
- C++: Multiply All Elements
- C++: Element in Even Position
- C++: Element in Odd Position
- C++: Print Even Numbers in Array
- C++: Print Odd Numbers in Array
- C++: Count Even or Odd Numbers
- C++: Sum of Even or Odd Numbers
- C++: Count Positive, Negative, Zero
- C++: Reverse an Array
- C++: Insert an Element
- C++: Delete an Element
- C++: Merge two Arrays
- C++: Bubble Sort
- C++: Selection Sort
- C++: Insertion Sort
- C++: Common Elements
- C++: 2D Array Programs
- C++: Add Two Matrices
- C++: Subtract Two Matrices
- C++: Transpose Matrix
- C++: Multiply Two Matrices
- C++: 3D Array Programs
- C++ String Programs
- C++: Print String
- C++: Find String Length
- C++: Compare Two Strings
- C++: Copy String
- C++: String Concatenation
- C++: Reverse a String
- C++: Delete Vowels from a String
- C++: Delete a Word from a String
- C++: Count Characters in a String
- C++: Count Words in a String
- C++: Frequency of Words
- C++: Remove Spaces from Strings
- C++: Sort a String
- C++: Uppercase to Lowercase
- C++: Lowercase to Uppercase
- C++: Swap Two Strings
- C++: Check the Anagram or Not
- C++: Capitalize All Words in a String
- C++: Get Numbers from a String
- C++ File Programs
- C++: Read a File
- C++: Write Content to a File
- C++: Append Data to a File
- C++: Read and Display File
- C++: Copy a File
- C++: Merge Two Files
- Count Characters in a File
- C++: Capitalize Every Word
- C++: List Files in Directory
- C++: Delete a File
- C++: Encrypt and Decrypt a File
- C++ Misc Programs
- C++: Print ASCII Value
- C++: Add Binary Numbers
- C++: Generate Random Numbers
- C++: Print a Smiling Face
- C++: Days into Years and Months
- C++: Add Two Numbers using Pointer
- C++: Print Fibonacci Series
- C++: Generate Armstrong Numbers
- C++: Find nCr and nPr
- C++: Get IP Address
- C++: Print Date and Time
- C++: Shutdown and Restart Computer
- C++ Programming Tutorial
- C++ Tutorial
C++ Program to Print Elements Available in Odd Positions in an Array
This article provides some programs in C++ that find and print all elements available in odd positions. This article covers mainly these two programs:
Note: Index starts with 0, therefore the first element is the element that is available at the 0th index of the array.
For example, if an array arr[] holds 1, 2, 3, 4, 5, and 6 as its six elements, then elements at odd indexes are elements at arr[1], arr[3], and arr[5], which are 2, 4, and 6.
Print Elements on Odd Indexes
The question is: write a C++ program that receives any 10 numbers for the array and prints all numbers available on odd indexes. The program given below is the answer to this question:
#include<iostream> using namespace std; int main() { int arr[10], i; cout<<"Enter any 10 array elements: "; for(i=0; i<10; i++) cin>>arr[i]; cout<<"\nThese elements are on odd indexes:\n"; for(i=0; i<10; i++) { if(i%2!=0) cout<<arr[i]<<" "; } cout<<endl; return 0; }
The initial output produced by the above C++ program on printing odd-indexed elements in an array is shown in the snapshot given below:
Now supply any 10 elements, say 1, 2, 3, 4, 5, 6, 7, 8, 9, and then press the ENTER key to print all numbers available on odd indexes like shown in the snapshot given below:
Print Elements in Odd Positions
To create this program, just replace the following code from the above program:
if(i%2!=0)
with the code given below:
if((i+1)%2!=0)
Here is the complete version of the program:
#include<iostream> using namespace std; int main() { int arr[10], i; cout<<"Enter any 10 array elements: "; for(i=0; i<10; i++) cin>>arr[i]; cout<<"\nThese elements are on odd indexes:\n"; for(i=0; i<10; i++) { if((i+1)%2!=0) cout<<arr[i]<<" "; } cout<<endl; return 0; }
Here is another sample run with the same user input as the previous program:
Allow the user to define the size of the array too
This program combines the previous two programs, as well as allowing the user to specify the size of the array:
#include<iostream> using namespace std; int main() { int i, n; cout<<"Enter the size of array: "; cin>>n; int arr[n]; cout<<"Enter any "<<n<<" array elements: "; for(i=0; i<n; i++) cin>>arr[i]; cout<<"\nOdd Indexed Elements\t\tOdd Positioned Elements\n"; for(i=0; i<n; i++) { if(i%2!=0) cout<<arr[i]<<endl; if((i+1)%2!=0) cout<<"\t\t\t\t"<<arr[i]<<endl; } cout<<endl; return 0; }
Here is its sample run with user input of 10 as size and 10, 20, 30, 40, 50, 60, 70, 80, 90, and 100 as ten elements:
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