Downloaded 1,104 times
![Introduction It holds multiple values of same type. Each block of array is stored consecutively in memory. SYNTAX: data-type name[size1][size2]………[sizen]; Example: int a[6];](https://image.slidesharecdn.com/array-140618235621-phpapp02/75/Array-in-C-2-2048.jpg)
![One dimensional Array SYNTAX: data-type name[index]; EXAMPLE: int num[10];](https://image.slidesharecdn.com/array-140618235621-phpapp02/75/Array-in-C-4-2048.jpg)
![Initialization int num[6]={2,4,6,7,8,12}; Individual elements can also be initialize as: num[0]=2; num[1]=4; num[2]=6; num[3]=7; num[4]=8; num[5]=12;](https://image.slidesharecdn.com/array-140618235621-phpapp02/75/Array-in-C-5-2048.jpg)
![Multi-dimensional Array In multi-dimensional we focus on the two dimensional array. SYNTAX: data-type name[row-size][column-size]; EXAMPLE: int a[3][4];](https://image.slidesharecdn.com/array-140618235621-phpapp02/75/Array-in-C-8-2048.jpg)
![Initialization int odd[3][2]={1,3,5,7,9,11}; Individual element can also be assigned as: Odd[0][0]=1; Odd[0][1]=3; Odd[1][0]=5; Odd[1][1]=7; Odd[2][0]=9; Odd[2][1]=11;](https://image.slidesharecdn.com/array-140618235621-phpapp02/75/Array-in-C-9-2048.jpg)
KA
Uploaded byKamal Acharya
PPTX, PDF13,920 views
Array in C
This document discusses one-dimensional and multi-dimensional arrays. It defines arrays as data structures that can hold multiple values of the same type stored consecutively in memory. One-dimensional arrays use a single set of indexes, while multi-dimensional arrays have two or more indexes to access elements. The document provides syntax examples and demonstrates how to initialize, read from, and display one-dimensional and multi-dimensional arrays. It also lists some example programs involving arrays.
Related topics:
In this document
Powered by AI
Introduction to arrays, their types (one-dimensional and multi-dimensional), advantages, and syntax are discussed.
Focus on one-dimensional arrays with syntax, initialization examples, and methods to read data from users.
Class exercises involving array manipulation, such as reading numbers and finding the highest number.
Introduction to multi-dimensional arrays, mainly 2D arrays with syntax, initialization examples, and nested loops to read data.
Exercises for users to input and display 3x3 matrices and calculate their sum, reinforcing understanding of multi-dimensional arrays.
More Related Content
What's hot
Viewers also liked
Similar to Array in C
More from Kamal Acharya
Array in C
- 1.
- 2. Introduction It holdsmultiple values of same type. Each block of array is stored consecutively in memory. SYNTAX: data-type name[size1][size2]………[sizen]; Example: int a[6];
- 3. Advantage of Array Huge amount of data can be stored under single variable name. Searching of data item is faster. 2 dimension arrays are used to represent the matrices. It is helpful in implementing other data structure like linked list, queue,stack.
- 4. One dimensional Array SYNTAX: data-typename[index]; EXAMPLE: int num[10];
- 5. Initialization int num[6]={2,4,6,7,8,12}; Individual elements can also be initialize as: num[0]=2; num[1]=4; num[2]=6; num[3]=7; num[4]=8; num[5]=12;
- 6. Reading Data fromUser for loop is used to read data from the user.
- 7. Class work WAPto read 10 numbers from the user and display them. WAP to read 20 numbers from the user and find out the highest number.
- 8. Multi-dimensional Array Inmulti-dimensional we focus on the two dimensional array. SYNTAX: data-type name[row-size][column-size]; EXAMPLE: int a[3][4];
- 9. Initialization int odd[3][2]={1,3,5,7,9,11}; Individual element can also be assigned as: Odd[0][0]=1; Odd[0][1]=3; Odd[1][0]=5; Odd[1][1]=7; Odd[2][0]=9; Odd[2][1]=11;
- 10. Reading Data fromthe user Nested for Loop is used.
- 11. Class Work WAPto read a 3*3 matrix from the user and display it in the appropriate format. WAP to read two 3*3 matrices from the user and display their sum.