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Zeroes in sentence

42 examples of Zeroes in a sentence

Eleven-year-olds, they're all sitting in a little semi-circle looking up at me with big eyes, and I started, there was a white board behind me, and I started off by writing a one with 22 zeroes after it, and I said, "All right, now look, this is the number of stars in the visible universe, and this number is so big there's not even a name for it."
Up until this point, all the technologies I've been talking about have been silicon-based, ones and zeroes, but there's another operating system out there: the original operating system, DNA.
There it comes, these zeroes after zeroes after zeroes.
Y2K, the dotcom bubble, stressing about whose party you're going to go to as the clock strikes midnight, before the champagne goes flat, and then there's that inchoate yearning that was felt, I think, by many, that the millennium, that the year 2000, should mean more, more than just a two and some zeroes.
We know from the sequencing of the human genome that it's shown us all of the A's, C's, G's and T's that make up our genetic code, but that code, by itself, our DNA, is like looking at the ones and zeroes of the computer code without having a computer that can read it.
So as soon it has been to the sea, it changes the pattern of zeroes and ones here.
That's 18 zeroes.
I'm a cybersecurity researcher, which means my job is to sit down with this information and try to make sense of it, to try to understand what all the ones and zeroes mean.
In this case, I was looking for a very advanced, very high-tech piece of code that I knew I could hack, but it was somewhere buried inside of a billion ones and zeroes.
Things that would take us weeks, months to find in ones and zeroes, are immediately apparent in some sort of visual abstraction, and as we continue to go through this and throw more and more information at it, what we find is that we're capable of processing billions of ones and zeros in a matter of seconds just by using our brain's built-in ability to analyze patterns.
The first digit indicates the quantity of zeroes, the second digit indicates the number of ones, the third digit the number of twos, and so on until the end.
And there will be zeroes in the positions corresponding to the numbers that aren’t used.
So now we know that our number must contain at least three zeroes – which also means that the leading digit must be 3 or greater.
Now, while this first digit counts the number of zeroes, every digit after it counts how many times a particular non-zero digit occurs.
If we add together all the digits besides the first one – and remember, zeroes don’t increase the sum – we get a count of how many non-zero digits appear in the sequence, including that leading digit.
So now we have the leading digit of 3 or greater counting the zeroes, a 2 counting the 1s, and two 1s – one to count the 2s and another to count the leading digit.
Now it’s just a matter of putting them all in place: 6 zeroes, 2 ones, 1 two, 0 threes, 0 fours, 0 fives, 1 six, 0 sevens, 0 eights, and 0 nines.
That's one with 120 zeroes after it.
In each group, also known as a bit, all of the grains have their magnetization's aligned in one of two possible states, which correspond to zeroes and ones.
But how can you get so much information out of just zeroes and ones?
That's a decimal place, 20 zeroes, and a one.
The rest is all digital, data packets, ones and zeroes, and today's digital-native youth - they don't see people paying with cash or cheques.
We must recognize that this place where we're increasingly living, which we've quaintly termed "cyberspace," isn't defined by ones and zeroes, but by information and the people behind it.
And there are only two ways to get numbers with trailing zeros through multiplication: either multiplying a number ending in 5 by any even number, or by multiplying numbers that have trailing zeroes themselves.
It doesn't do it in ones and zeroes like a computer does.
It's just ones and zeroes flying through there.
Now, if we converted all those A's, T's, C's and G's to digital data, to zeroes and ones, it would total a few gigs.
So anything, really anything, that can be stored as zeroes and ones can be stored in DNA.
We just have to convert our data, all of those zeroes and ones, to A's, T's, C's and G's, and then we send this to a synthesis company.
So once we decided what sort of files we want to encode, we package up the data, convert those zeroes and ones to A's, T's, C's and G's, and then we just send this file off to a synthesis company.