because you put it in the wrong place
RAM (random access memory) in order for the operating system to run, RAM must be inside the computer.
RAM means Random Access Memory, it is the computers temporary memory that it uses to store temporary variables and whatnot in order to function
Random access memory (usually known by its acronym, RAM) is a type of computer data storage. It takes the form of integrated circuits that allow the stored data to be accessed in any order - that is, at random and without the physical movement of the storage medium or a physical reading head. RAM is a volatile memory as the information or instructions stored in it will be lost if the power is switched off.source: Wikipedia
RAM is Random Access Memory. They're designed to be fast and temporary, ideal for storing programs and data that the computer is currently working on. Once the power is off, the contents of RAM will be erased.
Random Acess Memory has 320 GB of storage. RAM is lost when you shut off the computer. RAM is a memory device in which information can be accessed in any order.
the most common computer memory which can be used by programs to perform necessary tasks while the computer is on; an integrated circuit memory chip allows information to be stored or accessed in any order and all storage locations are equally accessible.
you view them by a. through the actual camera b. through the computer in order to veiw them through the computer you must have a. the adapter chord that connects to the computer to the camera or b. have a memory stick reader that is connected to the computer. you would then place the memory card in the reader. these things usually run for about 10-20 dollars
RAM Memory is "Random Access Memory", meaning that any word of memory can be accessed randomly, in any order; that is, without starting at the beginning and reading the memory like a tape. RAM memory is usually volatile, meaning that its contents are lost when the power is turned off.
Pretty much all computer memory is Random Access Memory (note spelling) these days but computer folk who are as ancient as I am can remember a time when there was memory you could only access in a specific order. Imagine, for example, a book with no page numbers. You know the piece of information you want is in there somewhere but you don't know where. Your only option is to start at page one and flick through until you find it. Believe it or not, there used to be computer memory like this. What the memory hardware would do is present each of the values it had stored, in strict sequence, continuously cycling round. If you needed a particular value you had to wait for it to come around again. Random Access Memory was a bit of an innovation. You told the memory hardware the address (think of it as the page number in your book) of the item you wanted and bingo, it came straight out with it. You could access any location in the memory, chosen at random, and the results would come back at the same speed no matter which piece of information you were looking for. This was such an innovation that the computer folks called it "Random Access Memory", often abbreviated to RAM. The term stuck, even though all solid state memory is like this nowadays. Today, Random Access Memory, or RAM, has come to mean any solid state memory or, more specifically, the solid state memory installed in your computer.
RAM stands for Random Access Memory.The term Random Access refers to the fact that the computer can read or write to any specific addresses in any order required. It does not have to be gone through sequentially. This is the memory the computer works with when it is running a program ... as opposed to the storage memory of disk drives. While disk drives are also random access, they are not referred to as such. Disk drives are much slower, so the code the computer is working with is copied into RAM while it is using it, along with any data it might be working with.
Often, for computer randomisers, the computer reads the digits of pi as they appear to be in a random order so will have an appeared to be random output.
True.Although RAM is an acronym for Random Access Memory, both RAM and ROM are in fact examples of random access memory. That is because random access memory is memory that can be read or written in any arbitrary order, as long as you address the correct unit of memory. By contrast, sequential access memory, such as a tape, must be accessed in sequence - you must read or write through, or mechanically position, the tape until you reach the unit of memory you wish to access.In computers, RAM is typically (but not always) both volatile and read/writeable. ROM is typically (but not always) read-only and non-volatile. Volatile means the stored information is lost when the computer is shut off, non-volatile means the stored information persists, usually indefinitely, even after the computer has been turned off.