Yes, the places where the graph of a polynomial intercepts the x-axis are zeros.
The value of y at those places must be 0 for the polynomial to intersect the x axis.
it has seven zeros, i think.
The same as the number of zeros in 10000, that is, 4.
neither they are the same think about it 0.4 is the same as 0.400 without the zeros so no matter how many zeros are at the end as long as the 4s are in the same place it is the same number
Actually, it is the same, only what you do to the number is add one zero. It is like if I write: 0.3=0.30=0.300000 if you add zeros the number stays the same. Hope this helped! Have a nice day! :)
Yes it is, because zeros mean nothing so the real number for both of these questions would be the same if you crossed out all the zeros.
because the zeros don't matter, its just like 2.0 and 2 being the same thing.
crossing zeros is a completely differ thing to touching zeros
it has seven zeros, i think.
0.65 = .650 They mean the same thing. Zeros is used just to show that there is no value in the specified areas.
Assuming it is a function of "x", those are two different names for the same thing.
The same as the number of zeros in 10000, that is, 4.
There is no such thing as a zillon.
six. The million is the same, the billion is different, 12 zeros in Europe. The US billion with 9 zeros is the European milliard.
neither they are the same think about it 0.4 is the same as 0.400 without the zeros so no matter how many zeros are at the end as long as the 4s are in the same place it is the same number
Actually, it is the same, only what you do to the number is add one zero. It is like if I write: 0.3=0.30=0.300000 if you add zeros the number stays the same. Hope this helped! Have a nice day! :)
11 zeros is the same as one zero. They are both equal to 0.
no binary is a computing term meaning the number system in which ones and zeros are used to give data. And winery is a place where wine is made.