There is no "least possible decimal greater than 0" in math. If you take, lets say, .000000000000000000000000000000000000001, there is a smaller decimal: .0000000000000000000000000000000000000001. There is no answer.
49 is one possible answer.
greater than
yes it is
It is 8.999... (repeating, except for 1 digit somewhere in the repeating string which is not a 9).
To determine if 1.8 is greater than 1.53 as a decimal, we compare the two numbers digit by digit from left to right. In this case, the first digit after the decimal point in 1.8 is 8, while the first digit after the decimal point in 1.53 is 5. Since 8 is greater than 5, 1.8 is indeed greater than 1.53 as a decimal.
The least possible decimal that is greater than zero but less than one is point zero infinite times THEN one. One could try to write it as point zero one with a repitan over the zero, but i don't think that that is an acceptable format to use when writing decimals. Hope this helps!
0.000...1 Imagine the zeroes repeating into infinity with the 1 at the imaginary end of the infinite zeroes.
49 is one possible answer.
No, 7.3 is greater than (>) 7.24 in decimal form, greater by 0.06
Any decimal equaled to or greater than 1.27.
0.999... The nines would repeat to infinity.
Any decimal that is greater than 0.01
.02
No. 0.139 is greater than 0.13
The decimal value will be greater than 1, and the percent will be greater than 100%.
No decimal is greater than 0.7 and less than 0.15 as 0.7 is greater than 0.15 is.
There is no such thing.Choose any positive decimal - as small as you want. You can always create one that is even smaller, for instance, dividing it by 10 (adding an additional zero after the decimal point). For example, if you choose 0.000001, you can create a smaller decimal if you divide it by ten: 0.0000001. Since it is ALWAYS smaller to create an even smaller positive decimal, it follows that there is no smallest such decimal.