ALL ABOUT MOTHER-BOARD FRIENDS TODAY I AM GOING TO TELL YOU ABOUT MOTHERBOARD. IT’S A SHORT STORY OF A MOTHER BOARD. SO LET US START THE DISCUSSION. MOST IMPORTANT FOR THE COMPUTER IS THE MOTHERBOARD. IT’S THE MOTHERBOARD THAT TIES ALL PARTS OF THE COMPUTER TOGETHER AND TURNS THEM INTO A PERSONAL COMPUTER. THE MOTHERBOARD OR MAIN BOARD, OF A PC IS A LARGE PRINTED CIRCUIT BOARD I.E. HOME TO MANY OF THE MOST ESSENTIAL PARTS OF THE COMPUTER , INCLUDING THE MICRO PROCESSOR, CHIPSET , CACHE, MEMORY SOCKETS, EXPANSION BUS, PARALLEL AND SERIAL PORTS, MOUSE AND KEYBOARD CONNECTORS AND IDE , EIDE OR SCSI CONTROLLERS, AMONG OTHER COMPONENTS OF THE PC. THE MOTHERBOARD BINDS THE PC OPERATIONAL COMPONENTS TOGETHER. EVEN DEVICES LIKE PRINTERS, HARD DISKS, CD-ROMS AND THE LIKE, EITHER CONNECT TO OR ARE CONTROLLED BY THE DEVICES OR CONTROLLERS ON THE MOTHERBOARD. MOTHER-BOARD DESIGNS NOT ALL MOTHERBOARDS ARE CREATED EQUAL. TO BEGIN WITH, TWO DIFFERENT DESIGN APPRO
FUNDAMENTALS OF ELECTRICITY AND ELECTRONICS IT WAS DISCOVERED CENTURIES AGO THAT CERTAIN TYPES OF MATERIALS WOULD MYSTERIOUSLY ATTRACT ONE ANOTHER AFTER BEING RUBBED TOGETHER. FOR EXAMPLE : AFTER RUBBING A PIECE OF SILK AGAINST PIECE OF GLASS, THE SILK AND GLASS WOULD TEND TO STICK TOGETHER. INDEED, THERE WAS AN ATTRACTIVE FORCE THAT COULD BE DEMONSTRATED EVEN WHEN THE TWO MATERIALS ARE SEPARATED . GLASS AND SILK AREN'T THE ONLY MATERIALS KNOWN TO BEHAVE LIKE THIS. ANYONE WHO HAS EVER BRUSHED UP AGAINST A LATEX BALLOON ONLY TO FIND THAT IT TRIES TO STICK TO THEM HAS EXPERIENCED THE SAME PHENOMENON. PARAFFIN WAX AND WOOL CLOTH ARE ANOTHER PAIR OF MATERIALS EARLY EXPERIMETERS RECOGNIZED AS MANIFESTING ATTRACTIVE FORES AFTER BEING RUBBED TOGETHER. THIS PHENOMENON BECAME EVEN MORE INTERESTING WHEN IT WAS DISCOVERED THAT IDENTICAL MATERIALS, AFTER HAVING BEEN RUBBED WITH SILK WAS EXPOSED TO A PIECE OF WAX RUBBED WITH WOOL, THE TWO MATERIALS WOULD ATTRACT ONE ANOTH