A repeating decimal is a decimal number in which a digit or a sequence of digits repeats infinitely. Whether a repeating decimal is greater than a non-repeating decimal depends on the specific values of the decimals in question. In some cases, a repeating decimal can be greater than a non-repeating decimal, while in other cases, it can be less than. Comparing the magnitudes of repeating and non-repeating decimals requires careful analysis of their patterns and values.
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Oh, absolutely! Repeating decimals are just as special and beautiful as any other decimal. They may go on forever, but that doesn't make them any less valuable. Each number has its own place in the world of mathematics, adding its own unique touch to the canvas of numbers.
Oh, dude, you're hitting me with some math vibes here. So, like, technically speaking, a repeating decimal is just a decimal that goes on forever, right? And, like, if it's greater than a regular decimal, it's probably because it's showing off its never-ending nature. So, yeah, repeating decimals can totally be greater than regular decimals. Math, man, it's a trip.
Repeating decimal and decimal are both numerical representations. The question depends on which numbers.
it depends on the number. if the normal decimal is 2.3 it would be bigger than 0.3 repeating. i am searching for an answer myself so im not sure about any of this D:
yes it is
It is 8.999... (repeating, except for 1 digit somewhere in the repeating string which is not a 9).
It depends on what the question is. For example, yes, it is a rational number. Or no, it is not greater than 0.85
Well, honey, a repeating decimal is just a fancy way of saying a number that goes on forever, like a bad date that won't end. So technically, yes, a repeating decimal is bigger than a normal decimal because it has more digits that keep repeating. But hey, don't stress about it too much, math is like a puzzle - sometimes you just gotta roll with it and hope for the best.
0.45 repeating is a decimal!