From Wikipedia:
Yes we should all try to just get along but we don't have to accept a simplistic statement like this unless we agree that "almost the same amount of time" includes a difference of almost 100%.
The Wiki contributors obviously didn't consider e.g. access of DRAM addresses when the Row address changes between accesses,
During my training period in 1982, my Field Tutor strongly criticized me for paying too much attention to the details instead of focusing on the essentials. It was a valuable lesson that has stayed with me ever since.
Your Field Tutor obviously didn't understand that paying attention to the details are essential when designing electronic circuits and that a silly detail like an access time of 320 ns versus 170 ns would mean the difference between success and failure.
Electronic logic gates are designd to work as long as you do not violate the specs by more than 2%.
Yes, 100% versus 2% should be avoided if you want something to work.
Clearly not. If the 1s are visible then the 0s are equally visible as anything that's not a 1 must be a 0.
I think it's exactly 2.718%
I am not sure about the math.
During my Real Time Oil Well Log Quality Control Session, my Supervisor considered upto 2% error beyond that I had to repeat the log.
You do know that 87.56% of statistics are made up?
Normal. 2% was considered safe to sell on the "secondary" market but more than that was considered too risky.
e-xactly.
You need to explain that one.
Ask your favorite friend -- the Gemini what it understans about this classic phrase?
OK. As phony as my 2.718% or @GolamMostafa 2%
And ironic.
Since there seem to be many valid and invalid definitions of what RAM is, then I guess we will never know the answer to "Is an Arduino a computer?"
That is the truth ... Language is not always clear enough to avoid ambiguity and misunderstandings.
Nor pig-headedness.
As a zero results in a certain time that no voltage is applied to load a capacitor and a one results in a certain time a voltage is applied, the zeros actually disappear while the ones load it.
If you get a capacitor, let's say that is 50% loaded, how do you reconstruct the sequence of zeros and ones? And the delimiter between bytes ?
Both are obviously of some importance to restore the information ...
It's write only. There is no need to reconstruct the information.