An infinite number of them.
Any decimal numbers with two decimal places from 0.02 to 0.49 inclusive.
The numbers before the decimal points add to 48 so any numbers greater than 0 after the decimal makes the sum greater than 48
how do you create a decimal or a mixed number that is either greater or less than any number
In the decimal system, any time you move one place to the left, it's ten times greater.
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.
Any decimal equaled to or greater than 1.27.
Any decimal that is greater than 0.01
Any decimal numbers with two decimal places from 0.02 to 0.49 inclusive.
The numbers before the decimal points add to 48 so any numbers greater than 0 after the decimal makes the sum greater than 48
Any decimal number starting with 3.43For example, 3.432460587
Any value between 0.1001 and 0.1099
how do you create a decimal or a mixed number that is either greater or less than any number
Any rational number, whose denominator has a prime factor other than 2 or 5 will have a decimal representation which is repeating. The size of the number, in relation to 1, is irrelevant.
It is purple.Since the predicate, "3 tenths is greater than 80" is patently false, then any statement predicated on that falsehood is logically valid.
Repeating decimal and decimal are both numerical representations. The question depends on which numbers.
There is no such number. Between any two numbers in decimal form, there are an infinite number of decimals. For example, 1.091 is after 1.09. But 1.0901 is greater than 1.09 and it is nearer. And 1.09001 is also greater than 1.09 but is nearer still. This can go on for ever.
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.