Random-access memory (ram) is able to quickly access data because it is arranged in which of the following configurations?

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Random-access memory (RAM) is able to quickly access data because it is arranged in which of the following configurations?

A one-dimensional grid consisting of one long column of memory cells

A one-dimensional grid consisting of one long row of memory cells

A two-dimensional grid consisting of rows and columns of memory cells

A three-dimensional grid consisting of rows, columns, and tiers of memory cells

The answer is A two-dimensional grid consisting of rows and columns of memory cells.

Explanation:

The random- access memory is able to access data based on it's arrangement of a two-dimensional grid consisting of rows and columns of its memory cells. the Random access memory is made up of bits of data that are stored in a memory cell, these bits of data that makes up the base of the Ram is arranged in a two dimensional grid.

The memory cell of a Ram is consisted of a transistor and capacitor, these memory cells are by default in a rectangular configuration.

A Ram in a computer memory is a type of computer memory that allows random access of its memory without going through the preceding bytes

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