The question, as asked, is difficult to answer, The number of zeros in factorial 100 is not the same as the number of 0s at the end of factorial 100 since there will be some before the end.
The answer to the second question is easy:
The number of zeros is determined by the number of 10s in the factors.
Since 2s are common, this, in turn, depends on the number of 5s.
In 100!, there are 20 multiples of 5 each of which will contribute a 5 to the factors of 100!.
In addition there are 4 multiples of 52 = 25 each of which will contribute another 5 to the factors of 100!
All in all, therefore, there are 24 5s giving 24 0s at the end of 100!
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Furthermore, no number is equal to infinity because infinity is not a number, it is a concept, so theoretically, no number could be equal to it.
15000 x 100 is equal to 1,500,000. This is because when you multiply a number by 100, you are essentially adding two zeros to the end of the number. In this case, 15,000 with two additional zeros becomes 1,500,000.
9 8/100 (100, which is a one with two zeros, since there are two digits after the decimal point). You should also simplify this mixed fraction.
cancel out the zeros. you get 1/24.