The Difference Between

The difference is that the brother tn330 is a low yield cartridge and the tn360 is a high yield cartridge.

There is basically no difference between the two, except that iPod users can only download media onto their device that are from iTunes, whereas an MP3 user can download media from a number of different sources. IPods tend to have more accessories than MP3s, but the devices are used in the same way, just manufactured by different companies. MP3 devices are made by a number of companies, such as Coby or Sony.

The "dot" is just a seperator so the computer knows where the name of the website ends.The "com" stands for commercial and there are many more extensions for different types of websites. .net is for networks, .gov is government run websites, .org is for an organization such as a charity, .edu is for an education facility. There are many more. These extension serve to give some structure and categorize the internet to a small degree

------- ty for telling me

Historically, supercomputers worked sheerly by having a more powerful processor than other types of computers. However, due to limitations inherent in processor design, they now work mainly through multiprocessing. When they are given a task, they split the task up and run it on several different processors at the same time. With multiple processors working on the task, it takes much less time to finish it. When the supercomputer needs more power, the engineers simply add more processors (often called "nodes").

Supercomputers are generally used to do simulations. The problem with computers is that they are great at discrete simulations (what happens at point x at time y given inputs z?), but they tend to suck at analogue simulations (what will happen in this area over a time period?).

You can approximate analogue simulations by doing discrete/digital simulations over thousands or millions of points of space and time. The more points you can calculate in a simulated hurricane or nuclear explosion, the closer you get to the real thing. Hence bigger and badder supercomputers can do simulations that are closer and closer to true analogue representations.

As chrismear says, the stewardship program are probably running nuclear explosion simulations with varying inputs based around the age of the stockpile and the half-lives of the component compounds in the warheads.

Rest assured that the 'safe and reliable' thing is mostly based around "will they still do as much damage as reliably as they did when we tested the real thing?". 'Safety' is not really an issue when the warheads need external detonation to get them anywhere near critical mass.

"Better" can entail many things. Windows XP is superior to Windows 2000 in a few areas, equivalent in most, and inferior in a couple inconsequential ways.

Ways that XP is considered superior:

1. Integrated zip support. Windows 2000 requires third-party programs to open and read zip files.

2. .NET frameworks and user-mode driver framework. These were created much later by Microsoft, and simply not made available to 2000.

3. Better wireless network management. Windows 2000 did not have a wireless manager in the typical sense - it was treated like any other network device, and did not "roam" networks.

4. Icons. Windows XP supports full 32-bit color icons. Most icons in Windows 2000 are an uglier 16-bit color (or worse).

5. Fonts. Windows XP supports "ClearType", which makes characters look less pixelated and more smooth, especially on LCD screens.

Ways that Windows XP can be considered inferior:

1. Windows XP uses a chunky and (for the time it was released) bloated theme and appearance. This can be turned off to some extent, and give it a more 2000-ish appearance (called "Classic"). The point is probably moot, since new computers can easily handle the appearance without any noticeable slowdown.

2. An annoying product validation requirement, which sometimes even fails for legitimate users.

Ways that Windows 2000 and XP are on a level playing field:

1. DirectX 9 - Both Windows XP and 2000 support DX9, and neither will see any newer release from Microsoft.

2. Performance. With XP's visual "enhancements" turned off, they run about the same on the same hardware. Windows 2000 will run on slightly less. Windows XP has slightly improved performance on newer processors with HyperThreading and / or multiple cores.

3. Application support. Almost all applications that run on XP will run on 2000 and vice-versa. The exceptions are primarily ones that deliberately restrict the product from working on 2000. This is often done by Microsoft.

An mp3 player is a portable music player which only supports a specific formatted musics. And ipod nano is also a portable music player but it includes extras like games, calendar, alarm clocks, and also you can upload pictures in it. Ipod is made by the brand name called Apple and it's more expensive than an mp3 player. The newest kind of ipod that came out is called the ipod nano video. It's a music player with more improved features and also you can watch videos in it.

a mp3 play*s music files and a* mp4 plays music and video only some companies can say mp4 but others say mp3 with video
mp3 is an audio file while mp4 is both audio and video.

The difference is that serial transmissions only use 2 wires for transmitting and receiving data, and only 1 for sending or receiving, and can only send one bit at a time. Parallel cables use several wires for data transmission and is much faster than serial thus 8 or more wires are carrying data *parallel* to each other to it's destination. serial data

data (8 bits)

transmit -----------010101010-----------------> single line to transmit on

receive <--------------------------- single line to receive on Parallel data (80 bits)

transmit multiple lines simultaneously

---- 010101001----------->

-----------010101010----------->

-----------010101010----------->

-----------010101001----------->

-----------010101010----------->

-----------010101010----------->

-----------010101001----------->

-----------010101010----------->

-----------010101010----------->

-----------010101001----------->

First, what is an architecture? Simply, an architecture is a representation of the parts of a thing, the relationships between those parts, and the attributes of the parts and relationships. The term "application", in the context of computers, is primarily used to mean an assemblage, of software instructions and data, operating as a system, to achieve a specified output. So an applicaton architecture is the representation of the application's software, data, and output parts, the software, data, and output relationships, and the software, data, output and relationship attributes. The term "network", in the context of computers, in primarily used to mean an assemblage, of devices and services, operating as a system to provide communication capabilities for person, group, and application users of the network. So a network architecture is the representation of the network's devices, services, and users, their relationships, and the the device, service, user, and relationship attributes. Architectures can be represented graphically and textually. Graphical representations of architecture take the form of "directed-labeled-graphs" (DLG), which are "labeled node-arrow-node" diagrams. Graphical communication network models, Process models, data models, metamodels, and ontologies use DLG constructs as a primary tool. Modeling, in general, uses DLG as its primary tool. Textual representations of architecture take the form of populated multidimensional matrices such as pivot tables, OLAP cubes, metadata repository metamodels, and ontologies. Advanced modeling can take place using integrated graphical and textual representation technologies.

A push down automaton can actually store information in a stack as it processes it. It can then choose what to do next by looking at the top of the stack.

DFAs and NFAs can't do that stuff, but any DFA or NFA can also be represented as a push down automaton.

Real time processing occurs immediately the function is sent to action.

Online processing is set in queue and can take overnight to process. In most cases online processing is like this web page. Information typed in and it take minutes to go through the up load and populating process.

A classic case of on line processing is the banks pay in /out process - What you pay in NOW at the bank shows on your account after midnight (normally) but is there by start of trade tomorrow. This is because with real time updates multiple actions would lock down a sequence of events. A queue is formed to prevent this

Windows costs money, but Ubuntu is Linux-based and free. Ubuntu is one of many distributions, or versions, of Linux. Personally, I like Linux better than Windows but Windows programs can't run natively on Linux (and vice versa) so many Linux users still use windows because they need to run certain programs. Compatibility/"emulation" (in quotes because it isn't true emulation) is available in the form of the Linux program WINE (stands for WINE Is Not an Emulator). Linux, in general, is not intended for those who are not experienced with computers, and the sterotypical Linux users are computer programmers. However, several more recent distributions have broken this mold, including Ubuntu. Ubuntu is a very user-friendly distribution, and an excellent place for someone curious about starting with Linux to start. Personally, I prefer the distribution openSuSe, but it requires a slightly higher experience level with Linux to use effectively.

1. windows 2008 support Power shell , windows 2k3 not support powershell

2.Win2k8 has inbuilt IPV6 , win2k3 not

3. IIS 7.0 for windows 2k8 , IIS 6.0 for win2k3

4. Virtualzation support for windows 2008

There are thousands of differences between mac and windows operating systems. To try and explain everything would take me all day and a books worth of typing. I can however explain the primary differences. First Windows is based upon a DOS programming language (think of it as the foundation for the operating system); Mac is based upon unix programming language, (linux is also based upon unix as well.) Macintosh is often more secure than windows due to less attempts at hacking because the majority of computer users use Windows. Macs tend to focus on graphics and multimedia while Windows focuses on office function. I would say it would be easier for you visit the individual websites and decide for yourself.

DIRECT VIEW TUBE CATHODE RAY TUBE dvst-1)it has flatscreen crt-1)it maybe ormaynotbe flat screen

2)it has poor contrast 2)better contrast then dvst

3)refreshing not allowed 3)refreshing allowed

4)selecting or part erasing of screen 4) in this erasing is allowed

not allowed

5)performance is inferior to CRT 5)verybetter performance then DVST

6)high resolution for complex pictures

To do very complex math problems that would have taken months for a person to calculate. Computers basically all work by math - binary code is 1 and 0 - and everything we have done with computers since then is based on mathematical programming!

An icon is an image representation of a program, a shortcut, or a script. For instance on your desktop those pictures that are on programs, and shortcuts such as My computer are icons. So to wrap it up an icon is an image representation of a program like firefox being a fox on a globe and internet explorer being an E with a yellow circle or even safari being a compass.

A mouse pointer is exactly the same as a mouse curser. When you move you mouse don't you see that little arrow the you move on the screen. That's what is referred as a mouse pointer. Where you click programs and links that arrow or somethings a hand on a link is a mouse pointer!

A hardwired control unit has a processor that generates signals or instructions to be implemented in correct sequence. This was the older method of control that works through the use of distinct components, drums, a sequential circuit design, or flip chips. It is implemented using logic gates & flip flops. It is faster, less flexible & limited in complexity

A micro programmed control unit on the other hand makes use of a micro sequencer from which instruction bits are decoded to be implemented. It acts as the device supervisor that controls the rest of the subsystems including arithmetic and logic units, registers, instruction registers, off-chip input/output, and buses.

It is slower, more flexible & greater complexity

forging is shaped the metal by press from the hammer or press machine. casting is shaped the metal when the metal become liquidity. forgings have better quality and strengh than castings.

There's many kinds of viruses. The Trojan Horse is one.