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| RAM-Description |
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| RAM, What is RAM and how does it relate to science. RAM is (Random Access Memory) or a lot of times referred to by computer technicians like me as just plain memory. A piece of memory is just like a processor; it is an integrated circuit made of millions of transistors and capacitors. A capacitor is like a small bucket that is capable of stocking electrons. To store something the capacitor fills with electrons. To empty it releases the electrons. That’s is why its called non-violable memory which means that it loses what ever it stored, when the computer is turned off. When turned back on it stores information again. You can call RAM as a docking station it stores temporary information for the CPU to read. If it over loads it has to refuse the information coming in until it frees enough space for it to store. This is when your computer slows down, its not the computer’s fought it is you not putting enough RAM to keep your computer running. Different type of people need different amount of RAM like a Graphics designer needs a lot of RAM like 256MB up or a Servers that is running this school needs more than a gigabyte (1000MB) of RAM, a word processing person or a average home user needs around 64MB to 128MB of RAM depending on what operating system you are running. Here’s a list of Operating systems and how much RAM is recommended (Note: Microsoft requires less but this is how much a lot of computer technicians MCSE like me suggests): (Note: Optimal means what is required to run at its best and the most stable. Microsoft Windows© 95: 24MB (32MB to run optimal) Microsoft Windows© 98: 64MB (128MB to run optimal) Microsoft Windows© ME: 96MB (128MB minimum 256MB to run optimal) Windows XP: (128MB to run optimal must have at least 256MB) Microsoft Windows© 2000 Professional: 64MB (128MB to run optimal) Microsoft Windows© 2000 Server: 128MB (256MB to run optimal) How does this relate to science? This is an example of what computer science is able to come up with. It is also called deep engineering requiring a lot of math formulas and science formulas to come up with the type of RAM they have today. Back in the old days RAM ran at about 80-100 nanoseconds, today they run at 6-7 nanoseconds maybe less now. In this experiment I will prove that the more RAM that you have, the faster and more stable your computer will RUN. |
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