Why are the elements of an array stored successively in memory cells?

An array is an index which is a based data structure, so in memory, it is somewhat proclaimed in a sequential fashion one after the other.

Arrays are always distributed in contagious memory cells because computers can only keep track of the addresses of the other variables that can be determined.

• The way that the computer is set up does not allow arrays to store other than consecutively.

• It is beneficial to the user because they can readily search for the current element they can use.

• The purpose of arrays is to encourage random access.

• Therefore, it may be possible to go from an array index to the memory address of the value.

The elements of an array are stored successively so that the computer can keep track the first element’s address. It is helpful to the user or administrator as they can easily search for the latest element they run or used. The previous elements or addresses are calculated. These have been tracked before new elements are added.

The computer will only calculate the disk space they occupy, etc. This can be easily remembered by comparing it to you, getting and wearing the shirt on the top pile of your cabinet knowing that you have 10 shirts below it. Once you add a new address on your computer in your next use, it will be then the one that is being tracked.