I will assume you mean in main memory. Most early computers did not measure memory in bytes, instead in words, as the byte was not defined until the IBM System 360 (which is NOT an early computer) introduced in 1964. Hard disks did not exist until the IBM 305 RAMAC introduced in 1956 (each 350 hard disk on the 305 contained less than 4 Mbytes), most systems used Magnetic tape (the largest tape used was 2400 feet, less than 5 Mbyte).
Some early computers main memory:
1kb = 2^10 = 1024 bytes 1 mb = 2^10 = 1024 kb = 2^20 bytes = 1048576 bytes. 22222222 bytes = 21.197 mb 21 mb = 22020096 bytes that is 202126 bytes short of the given no. 202126 bytes = 197.388 kb
first generation computers were not fast and were less reliable.
As with all computers early mainframes did not multitask (early microcomputers did not multitask, early minicomputers did not multitask, early supercomputers did not multitask). Now almost all computers multitask. Multitasking has nothing to do with the size of a computer, it is almost entirely a software feature of the OS running on the computer.
No, microchips made missile guidance computers possible in the early 1960s. The microprocessor (a specific type of microchip containing a complete CPU) made microcomputers possible in the early 1970s and when microprocessors became powerful enough in the early 1980s, the first personal computers.
god
Computers are made up of many hardware items. Random Access Memory (RAM) is one of those components. A byte is a unit of measure for memory. Kilobytes (KB) are thousands of bytes. Megabytes (MB) are millions of bytes. Gigabytes (GB) are billions of bytes.
512 x 1024 bytes
There are 8 bits in a byte. In early computers, there were also 6, 7, and 9 bit bytes, but current usage is 8
Primarily bytes.
giga bytes
Computers work on the binary system. Although it's called a kilobyte, it is actually 1024 bytes which is 2^10,
1073741824 bytes or 10243 bytes or 230 bytes
1024 bytes
People put in bytes and bits. Rabbits put in nibbles.
As the 4 byte or nibble is no longer used in computers then the answer is 32 million Bytes to be divided by 4. The answer is a very big number
536870912 Bytes
1024 bytes