K/B is the same than a Keyboard?
82998
I typically refer to a keyboard as KBD. But, if you insist, KB is fine.\n\nNot specifically familiar with this model, but if it has a parallel port, use the HP Laser Jet 4 driver.  Almost all printers support HP PCL.\n\n-KOZ\nYES-Team Computer Repair \nComplete PC - Network - IT support \nQuality + Results equal Excellence \nwww.affirmtech.net \nPhoenix, Arizona Computer Repair + USA Technical Support
235083
QWERTY and DVORAK they are two different kinds of keyboards. QWERTY is very common and I see only QWERTY every where. DVORAK is said to be fast because it uses common keys in the middle but I haven't seen any so far.
3584
Although there are specialized keyboards, for the most part Japanese and Chinese just use regular keyboards that uses software to change keystrokes into thier respective languages - for example, typing "KA" on a Japanese system will result in the Japanese hiragana "ka", etc.
574926
They're not random.  The positions are based on different rules, depending on which keyboard layout you are using.  DVORAK keyboards, for example, are layed out such that the most common letters are directly under your fingers.  QWERTY keyboards, are layed out such that the mechanical keys on old typewriters don't hit each other as often when typing common words.\n\nThere are lot's of different layouts, for different purposes.  Choose one you that fits your purpose, and use it!
25312
Depends on the keyboard ofcourse but a standard kb has 92.
487941
It is exacly the same thing. They are both units of  pressure and 1 kpa=1 kn/m3.
10271
try\nhttp://www.kdkeys.net/forums/688/ShowPost.aspx
558987
No.  They are not equal.\n\nThe "u" in "uIU/mL" represents the Greek letter named "mu".  But, because computer keyboards don't have a "mu" key, most people type a "u" because it looks almost like the letter "mu".\n\nThe "mu" used here is a metric system prefix, which means 1/1000000.  The "m" in "mL" is another metric system prefix, which means 1/1000.  The "mu" stands for "micro".  The "m" stands for "milli".\n\n1000000 uIU/mL is equal to 1 IU/mL.\n\nNote:  I am NOT a source of medical advice.  If you need medical advice, then go talk to a doctor.
1007354
Why would you buy a laptop just for its keyboard structure?\n\nJust get a separate keyboard from a store for like $20 and you can just install it to your laptop and use it whenever you need to use the number pad.
9910
Its a lot easier to just use the keyboard controls then the top navigation controls.\n\nJust hold the Ctrl key and hit the +- ket at the top of the keyboard.  This should work in nearly any browser (IE, FireFox, Safari, Opera, etc...)
1073481
Across multiple keyboards and multiple OSs - on the same system? If it were windows I would suspect the keyboard settings or default input language were set oddly (control panel).\nIf regardless of OS or kbd, it would be odd. Hardware issue with the system? Tried USB kbd if different?
399798
It really depends n your budgets. Almost all keyboard does have play button now. Maybe get a wireless keyboard. It works pretty cool when i have a wireless keyboard beside my bed while my work keyboard sit in front my computer. If u wants a better looking hardware. Look for creative soundcards.....http://www.newegg.com/Product/Product.asp?Item=N82E16829102189 It little expensive but u can also get a cool soundcard. Hope this help you.
914094
Yes, that's because American keyboards are laid out differently than UK keyboards, as you found out.
407713
It still does have two bars, apart from on keyboards - so I guess the answer could well be "when the computer revolution started". As for why, you'd have to ask the keyboard designers, but my guess is that they weren't English!
843300
Depends on the keyboard :-)\n\nBut in general, the Function key -- the top row, are aux keys.
876524
Hi there:\n\nYou have a really interesting question here.\n WIth a long, but interesting answer.\nInstead of dealing with "words" typed in to\na keyboard, I will start at the very beginning with\nsimple KEYS being pressed on the first IBM keyboard.\n\nThe typical "IBM" or "PC" keyboard, is, surprisingly,\nan entire computer. The first keyboards offered in the\nPC, the XT and the AT, had a complete microprocessor\nCPU in them, with RAM, ROM, I/O, etc., which was\noften MORE powerful than ENTIRE earlier, home computers !\n\nThe first PC keyboard used a CPU called the 8048, then the\n8049, and clone keyboards would use any CPU they wanted, \ntypically, a programmable chip, ( like a 6805  series ) with a \nCPU with ROM ( Read Only Memory ( to hold the instructions on how to work the  keyboard ), and RAM, to store temporary keystrokes in a buffer, and I/O ( input / Output pins to send or receive the information TO or From the computer ).\n\n The first PC used another chip on the COMPUTER end to\nreceive the data sent from the CPU on the keyboard, called\nan 8255 PPI (Programmable Peripheral Interface ).\n The first PC could ONLY SEND data from the keyboard, while\nnow, the Keyboard can not only send keyboard data to the\ncomputer, but the computer can send back information, such\nas TURN ON the Capitals LED light, the Number Lock,\nand the Scroll Lock. As you know, there are now hundreds of\nextra keys on many " multimedia " keyboards, but, the\noperation is still the same -- as follows.\n\nWhen you press ANY key on a keyboard, you are closing a\nswitch of some kind, typically a (conducting) rubber button presses on 2 traces, shorting the traces out, allowing electricity\nto go across the button area, to a pin on the keyboard CPU\nINPUT pins.\n\nSInce there are 84 to 101 typical keys, and even more on the\nnew keyboards, this could mean that there would have to\nbe hundreds of buttons. To lower the traces or wires on the\nkeyboard, the buttons are on a grid of rows and columns.\n\nTake an example of just a 6 row, by 10 columns grid.\nThere are 6 wires running from left to right, under each\nkey, and there are 10 rows of wires running from top to bottom.\nIf the rows are numbered R1 to R6,and the columns are numbered C1 to C10 from top to bottom, if a button over R1 and C1 is pressed, the CPU on the keyboard sees a short on R1/C1 ( just for example, I will call this button F1 ). The key under F1\nwould be the number 2, or R2/C1, and under that would be the \nletter W, or R3/C1 - look at your keyboard to see what I am \nreferrring to. ( F1,2, W ).\n\nThe keyboard CPU has no idea what " W " or " 2 ", are, and \ndoesn't care. It just has a simple program that tells it,\n -- IF R3/C1 switch is shorted, send a code on the wire to\nthe computer, HEXadecimal, 11 ( 0001 0001 in binary ). The keyboard notifies the computer that there is a character on the keyboard being sent, by interupting the Computer's CPU ( 8088 or Pentium, etc.), with IRQ 1 ( Interupt Request 1 ), and the \nComputer stops what it is doing to look at the data being sent\nto the motherboard's keyboard PPI 8255 chip. The data sent from \nthe keyboard CPU to the 8255 keyboard reciever chip is sent in \n11 data bits. ( 01001001010, 11100100100, etc. ). This code\nis sent, simply as zero = NO volts or ground, and " ONE " =\n+5 volts -- much like morse code, or ON, OFF, ON, OFF etc, \nuntil all the data is sent. There is one wire on the keyboard \ncable that is the CLOCK PULSE, so that the " ONs" and "OFFs " \nthat are recieved, are at a specific time, and  a code of\n" Off Off Off Off, is timed into 4 specific characters, and the\n8255 receiver knows there are 4 character pulses, not just one \n" Off " ) The 8255, has no idea what " W " is, and does not care - it just gives the information to the motherboard CPU to take care \nof. In the first PCs, th
997537
can you use an adding machine or the number keys on your keyboard without looking at them?  That is what they mean.. and they want to know your keys per minute (kpm).