There is an insufficient sampling pool to determine that information. It would require the knowledge of how many computers are in service and what their memory capacities are. The amount of memory that ships with new computers increases every year, but that is an insufficient sampling set, since not everyone purchases a new computer every year.
Answer:- The Cache memory is placed between the CPU and the main memory. It is a fast speed memory and is expensive and faster than the main memory. Cache memory is used to store the frequently accessed data of main memory. The instructions that are frequently used by the CPU are stored in the cache memory. It is used to reduce the average access time for address, instructions or data, which are normally stored in the main memory. Cache memory increases the operating speed of the system. But is much costlier than main memory. From economic considerations, the capacity of the cache memory is much less as compared to main memory..
The main similarity of storage devices and memory is that both are used for storing documents, files and images. They all come in different storage capacity.
to find the capacity, go to control panel and click on storage/memory
cache memory is neither main memory nor second memory. DDR's are Main memory and Disk is second memory.
The GoPro Hero 5 has a built-in memory capacity of 32GB.
It depends on the camera and the size of the memory card.
The PowerBook G4 has a capacity of 2GB of memory. It has two slots for RAM DDR2 sticks. Each slot has a maximum of 1GB of RAM, leading to a maximum capacity of 2GB of memory.
The three main considerations when you choose memory are the type, capacity, and speed. You must choose the right type so that it will be compatible with your computer, more capacity and faster speed will typically help your computer to run faster.
It depends on the camera and the size of the memory card.
No
You can check ur Maximum Memory Capacity online. Try doing an online search for it.
Faster access time, greater cost per bit; greater capacity, smaller cost per bit; greater capacity, slower access time. As a general rule (but there are exceptions) the greater the capacity of a memory the longer the access time. For a higher cost the access time of a given capacity memory can usually be shortened some. As a general rule (but there are exceptions) the greater the capacity of a memory the total memory cost increases, but the memory cost per bit decreases.