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zeros has infinite muber of significant figures.
you cant really expand 8.503 any more you can say 8.503000000 with infinite zeros but the zeros arent needed
If it ends in a decimal, then it must be a whole number. Repeating could be ruled out immediately because even though theoretically it could be a thought of as a repeating decimal with infinite zeros repeating, adding zeros doesn't change the quantity and you could in theory add infinite zeros to the end of ANY decimal. That does not make it repeating.
There are an infinite number of them. Each one is 1.25 followed by some number of zeros.
All of its multiples are. That's any number that ends with two zeros. There are an infinite number of them.
Honey, infinity doesn't have a quantity, it's a concept representing something endless. So technically, there are an infinite number of zeros in infinity. But really, does it even matter? Just embrace the infinite possibilities and stop counting zeros like they owe you money.
Googolplexian has googolplexian zeros :)
zeros has infinite muber of significant figures.
one hundred zeros are in the number infinite.
An infinite number, meaning that the number of zeros cannot be counted.
you cant really expand 8.503 any more you can say 8.503000000 with infinite zeros but the zeros arent needed
Till anyone has figured a name for it, it will be called "infinity"...together with infinite other numbers that you can't ever complete typing
An infinite number before and after. In the value itself, though, none.
If it ends in a decimal, then it must be a whole number. Repeating could be ruled out immediately because even though theoretically it could be a thought of as a repeating decimal with infinite zeros repeating, adding zeros doesn't change the quantity and you could in theory add infinite zeros to the end of ANY decimal. That does not make it repeating.
yes. technically all decimals have an infinite amount of zeros behind them. you just have to apply significant digits to find how much zeros you are suppose to write.
There are an infinite number of them. Each one is 1.25 followed by some number of zeros.
10000000000000000000000000000000000000000000000000000000000000000000000000000000000000000