Microprocessors

monitor

keyboard

cpu

harddrive

rom

motherboard

cables

processor

it stores the data like input data, intermediate data,output data and many other types of data

Don't let their speed in Ghz fool you: each core in a multi-core processor is more powerful than a processor of the previous generation. The motivation for using processors at a lower clock rate and use them in parallel is to 1.) reduce heat and electrical requirements, and 2.) to facilitate better performance for apllications by creating more hardware thread

It depends on the use. Old computers with slow processors can be used for email and web browsing, but for photorealistic 3d gaming or other intensive uses, or if you just want things done fast, 3 ghz could help.

It's a general idea of the "clock" speed that is used by the computer.

The computer clock is not the same kind of clock that we use to tell time, it's simply a signal that tells the processor when to perform the next instruction.

It's sort of like: "Tick, do something. Tick, do something. Tick, do something."

No, a CPU (Central Processing Unit) and a hard drive are not the same. The CPU is the main processing unit of a computer that performs calculations and executes instructions, essentially acting as the brain of the system. In contrast, the hard drive is a storage device that holds data and files, including the operating system, applications, and user data. They serve different functions within a computer.

The Intel Xeon is a CPU used for server systems. Server processors usually need to be bigger and faster than desktop CPUs, because they need to be able to handle a lot more traffic and run constantly.

By increasing the clock rate, the microprocessor's speed can be increased but with a cost of more heat generation, which may sometimes rupture the processor.

Arithmetic and logic units (ALU) performs basic arithmetic operations like addition ,subtraction ,division ,multiplication etc and basic logical operations like OR,AND,XOR,NOT,NAND,NOR etc . Control unit supervises all the functions of different parts of computers by generating control signals .

C States

yes or no??

The execution cycle.

The number of bits a CPU uses to represent integer numbers (as opposed to floating point numbers or memory addresses) is often called "register width", "word size", "bit width", "data path width", or "integer precision".

This number is often considered one of the most important characteristics of a CPU.

Most CPUs are 8 bit CPUs. An 8 bit CPU -- i.e., a CPU where each register holds 8 bits -- typically has a 8 bit data bus and a 16 bit address bus.

One of the first 32 bit CPUs -- the MC68008 -- had registers that held 32 bits, a 20 bit address bus, and an 8 bit data bus.

Some popular 32 bit CPUs -- i.e., CPUs with registers that hold 32 bits -- had a 32 bit data bus and a 24 bit address bus.

The supply voltage of the 8085 is 5 volts.

CPU stands for central processing unit. Overall a personal computer can be divided into the following major parts from point of view of functions performed:

1. Input devices (keyboard, mouse)

2. Output devices (monitor which displays the output or results of work being done on the computer)

3. CPU (central processing unit, which is the brain of the computer which does all the processing and calculations on data inputs and provides output on screen or printer)

4. Storage devices (memories, hard disk which store data).

Many times in common language the CPU term is used for the computer box unit which contains motherboard, processor, hard disk, CD/DVD and floppy drives. This is the box to which we connect monitor, keyboard, mouse and printer through cables. In technical terms the term CPU is used only for the processor, which fits on the motherboard.

The highest CPU the Inspiron 1150 can handle is 2.66 Ghz Pentium IV. Anything higher will overheat. Be sure to clean the heatsink and use some thermal paste on the CPU.

The highest number of cores in a single processor chip for consumers (high end servers) is the AMD Opteron 6000 series, with 16 cores per processor, and quad processor motherboards allowing for a total number of 64 x86 cores.

A motherboard form factor\ determines the size of the board and its features that make it compatible with power supplies cases processors and expansion cards. Beginning with the Intel i800 series of chipsets a hub.

It's 716.8 KB.

You can also use google as calculator, type in: 0.7 megabytes in kilobytes

But: DON'T USE ANY SHORTNAMES OR GOOGLE WON'T CALCULATE!

since there are 1024 mb in 1 gb, u do the math 1024 x 235

Your CPU or "Computer Processing Unit" is used for handling all data and programs running on your computer. This can be from browsing the web to saving a document, all the information must be processed and the CPU does just that.