The wasted space in a system employing a paging scheme for memory management is due to C. internal fragmentation.

Here's why:

A paging scheme divides memory into fixed-size pages. When a process is to be executed, its pages are loaded into any available memory frames.

Now, let's say a page is smaller than a frame. The remaining space in the frame, which isn't enough to hold another page, is wasted. This is known as internal fragmentation.

So, in the context of a paging system, internal fragmentation can lead to wasted space.

On the other hand, external fragmentation occurs when free memory is divided into small blocks and is scattered throughout the system. This is more associated with systems that use variable partitioning, not paging.

As for options A and D, in a paging system, frames and pages are always of the same size, so there's no question of different specified sizes causing wasted space.

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The wasted space in a system employing a paging scheme for memory management is due to C. internal fragmentation.

Here's why:

A paging scheme divides memory into fixed-size pages. When a process is to be executed, its pages are loaded into any available memory frames.

Now, let's say a page is smaller than a frame. The remaining space in the frame, which isn't enough to hold another page, is wasted. This is known as internal fragmentation.

So, in the context of a paging system, internal fragmentation can lead to wasted space.

On the other hand, external fragmentation occurs when free memory is divided into small blocks and is scattered throughout the system. This is more associated with systems that use variable partitioning, not paging.

As for options A and D, in a paging system, frames and pages are always of the same size, so there's no question of different specified sizes causing wasted space.

Knowee AI · Accepted Answer

The wasted space in a system employing a paging scheme for memory management is due to C. internal fragmentation.

Here's why:

A paging scheme divides memory into fixed-size pages. When a process is to be executed, its pages are loaded into any available memory frames.

Now, let's say a page is smaller than a frame. The remaining space in the frame, which isn't enough to hold another page, is wasted. This is known as internal fragmentation.

So, in the context of a paging system, internal fragmentation can lead to wasted space.

On the other hand, external fragmentation occurs when free memory is divided into small blocks and is scattered throughout the system. This is more associated with systems that use variable partitioning, not paging.

As for options A and D, in a paging system, frames and pages are always of the same size, so there's no question of different specified sizes causing wasted space.

n a system employing a paging scheme for memory management wasted space is due to _________ .Select one:A.frames of different specified sizesB.external fragmentationC.internal fragmentationD.pages of different specified sizes

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