Have you been reading Lem? - In the real world, the bytes themselves don't weigh anything, but some mechanism must always be provided to actually store the data, and this mechanism has some weight (whether there is useful data stored on it, or not).
-Edit: The electrons actually weight, but their weight is very small.
"One electron weighs 2 * 10^-30 pound" or 9 * 10^-31 kilogram.
So since one bit is about 40'000 electrons and byte is 40'000 * 8 electrons, the final weight:
If all the information is presented as 11111111: 40'000 * 8 * 9 * 10^-31 (kilogram) = 2.88 × 10^-25 kilogram;
And more probably if the information is 11110000: 40'000 * 4 * 9 * 10^-31 (kilogram) = 1.44 × 10^-25 kilogram.
One byte of RAM can hold up to one byte of data. This is equivalent to one 8-bit (ASCII) character, such as a keyboard letter, number, or symbol.
That would be 1/1000 of a byte, but it doesn't really make sense. The smallest unit of information is that is of any practical use is the bit, which distinguishes one of two states, for example, "0" or "1". The byte is usually understood to be 8 bits. 1/1000 of a byte, that is, 1/125 of a bit, doesn't make much sense.
A half gram of cocaine would weigh 0.5 grams on a digital scale.
What is measured in most sources of computers,andtells you how much memory you can hold.
A half gram of heroin would weigh 0.5 grams when measured on a digital scale.
umm.. it weighs as much as the amount of it u have?
This data is not reported.
A megabit is 1 million bytes. A letter is usually 1 byte
A half ounce of crystal meth should weigh approximately 14 grams on a digital scale.
There are 8 bits in a byte.
The Terabyte is 1024 gigabyte and the gigabyte is 1024 megabytes, therefore a Terabyte is 1024 squared megabytes, this gives 1048576 megabytes in a single terabyte. This is not to be confused with terabit (1000000megabits)
About 2245.09765625 mb