nonillion
A nonillion.
30 * * * * * No. In the short scale it is 27. A nonillion has 30 zeros.
Billion has 9 zeros Trillion has 12 zeros Quadrillion has 15 zeros Quintillion has 18 zeros Sextillion has 21 zeros Septillion has 24 zeros Octillion has 27 zeros Nonillion has 30 zeros Decillion has 33 zeros Undecillion has 36 zeros Duodecillion has 39 zeros Tredecillion has 42 zeros Quattuordecillion has 45 zeros Quindecillion has 48 zeros Sexdecillion has 51 zeros Septendecillion has 54 zeros Octodecillion has 57 zeros Novemdecillion has 60 zeros Vigintillion has 63 zeros Googol has 100 zeros. Centillion has 303 zeros (except in Britain, where it has 600 zeros) Googolplex has a googol of zeros
In continental Europe and older British English, it's a nonillion. In American English and modern British English, it's a septendecillion.
30
A nonillion is equal to 1 followed by 30 zeros. This is because nonillion is the number 1 with 30 groups of three zeros after it. Each group of three zeros represents a power of 10 (thousand, million, billion, etc.), so in total, a nonillion has 30 zeros.
Nonillion
It is 1 followed by 30 zeros, or one nonillion.
A nonillion.
nonillion
A nonillion.
A nonillion.
31 total zeros 10,000,000,000,000,000,000,000,000,000,000
30 * * * * * No. In the short scale it is 27. A nonillion has 30 zeros.
The number is one followed by 30 zeros, which is known as a quintillion in the short scale numbering system. In scientific notation, it can be written as 1 x 10^30.
One nonillion is a very large number. It is equal to 10^30 or a one followed by 30 zeros. 100 billion is also a big number, but much smaller than one nonillion. It is equal to 10^11 or a one followed by 11 zeros. To divide one nonillion by 100 billion, we need to subtract the exponents of 10. That is, 10^11/10^30=10^30−11=10^19 So, one nonillion divided by 100 billion is equal to 10^19 or a one followed by 19 zeros. That is a very large number too, but much smaller than one nonillion. To give you some perspective, one nonillion is about 100 times the estimated number of atoms in the observable universe, while 10^19 is about the number of grains of sand on Earth.