Embed presentation
Downloaded 11 times
![C[ 0 ] C[ 1 ] C[ 2 ] C[ 3 ] C[ 4 ] C[ 5 ] C[ 6 ] C[ 7 ] C[ 8 ] C[ 9 ] C[ 10 ] C[ 11 ] Understanding Array A consecutive group of memory locations that all have the same type. To refer an element, we should use the position number. Array names follow the same conventions as other variable names ( i.e. identifiers ). A subscript must be an integer or integer expression. Position number of the element within the array ‘C’ Name of an individual array element -45 6 0 72 15 -89 0 62 -3 1 64 78](https://image.slidesharecdn.com/cpresentation-090910052433-phpapp01/75/C-Programming-1-2048.jpg)

This document discusses arrays in programming. An array is a consecutive group of memory locations that all contain the same type of data. Individual elements in an array are referred to by their position number. Array names follow the same naming conventions as other variables. Subscripts, or position numbers, used to access individual elements must be integers or integer expressions.
![C[ 0 ] C[ 1 ] C[ 2 ] C[ 3 ] C[ 4 ] C[ 5 ] C[ 6 ] C[ 7 ] C[ 8 ] C[ 9 ] C[ 10 ] C[ 11 ] Understanding Array A consecutive group of memory locations that all have the same type. To refer an element, we should use the position number. Array names follow the same conventions as other variable names ( i.e. identifiers ). A subscript must be an integer or integer expression. Position number of the element within the array ‘C’ Name of an individual array element -45 6 0 72 15 -89 0 62 -3 1 64 78](https://image.slidesharecdn.com/cpresentation-090910052433-phpapp01/75/C-Programming-1-2048.jpg)