Random Access
This would be the Cache on the CPU.
Yes
actually register holds the data..there are 6 register which are temporary registers..program counter holds the address of next instruction to be fetched..instruction register holds the currently executed data...
Random Access Memory
The Ram - Random Access Memory temporarily holds programs and data while the computer is on and allows the computer to access that information randomly.
memory
RAM or the processor cacheWhen the data and instructions reach the RAM they are operated on immediately.For data and instructions that the CPU is working on right at that time, these memory locations are called Registers. Many systems have dedicated registers just for EITHER data or instructions, while others have a set of registers which can be used for either, and still other CPUs have all three (data, instruction, and general-use registers).
Fetch cycle is defined as a part of instruction cycle in which data is fetched from the memory pointed by Holds the address of a memory block to be read from or written to) and stores the data in MDR( a two-way register that holds data fetched from memory (and ready for the CPU to process) or data waiting to be stored in memory) for further processing. Instruction cycle= Fetch cycle+ Execute cycle
MAIN MEMORY
No,it does not because it is volatile memory.
The RAM (random access memory) usually stores temporary files and cache to help speed up your computer by not having to repeatedly load the same thing but is you do not restart your computer the RAM will become full and it will slow down your computer so every now and then just restart the computer for best performance.
A data dictionary is a repository that contains definitions of data processes, data flows, data stores, and data elements used in an organization. It helps to provide a common understanding of data terminologies and structures within a dataset or system. Data dictionaries are often used to maintain consistency and clarity in data management and analysis processes.
temporarily yes