from 0 to -infinity
No. There is no roman numeral for infiity.
My guess is that it is the same as infinity which is a sideways 8
Yes, an infinity of them. All negative numbers are less than ten (which is positive).
You cannot. Although infinity was understood by the Ancient Romans (from the Latin infinitas), they had no symbol to denote it. CIƆ was the original symbol for 1,000, but was sometimes used to just mean "many", which isn't the same as saying infinity.John Wallis introduced the infinity symbol, ∞, in 1655, by which time the Hindu-Arabic numeral system had replaced the Roman numeral system. However, it is thought he may have derived the symbol from CIƆ, which was also written as ↀ (hence the influence on D, for 500). However it's just as likely he derived it from the Greek letter ω (omega).
from 0 to -infinity
No. There is no roman numeral for infiity.
My guess is that it is the same as infinity which is a sideways 8
Undefined: You cannot divide by zero
The symbol for infinity looks like the numeral 8 lying on its side.
Yes, an infinity of them. All negative numbers are less than ten (which is positive).
You cannot. Although infinity was understood by the Ancient Romans (from the Latin infinitas), they had no symbol to denote it. CIƆ was the original symbol for 1,000, but was sometimes used to just mean "many", which isn't the same as saying infinity.John Wallis introduced the infinity symbol, ∞, in 1655, by which time the Hindu-Arabic numeral system had replaced the Roman numeral system. However, it is thought he may have derived the symbol from CIƆ, which was also written as ↀ (hence the influence on D, for 500). However it's just as likely he derived it from the Greek letter ω (omega).
Indians invented the number 0, without which no other inventions are possible. Possitive and Negative Numbers
infinity
depends on what you mean by the question. it is a whole next to 0, it is the easiest thing to multiply by it is the first ordinal number it is an Arabic numeral it is the first of the natural numbers it is the second of the base ten numbers it is the integral ( -infinity to infinity) of f(t)\ dt in real numbers it the infinitely recurring decimals 0.99999999... and 1.000000... .
1 one infinity divided by infinity
Infinity.