We divide our numbers into sections of three, so 100/3 rounded down is 33. The first three digits make the thousand, so we need to find the Greek numerical prefix for thirty-two. Thirty is triconta (see related link), so thirty-two is dotriconta. Thus the answer is ten dotricontillion (as one zero remains after we divide them into sections of three).
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100,000,000,000,000,000,000,000,000,000 = one hundred octillion
Ten Quintillions 1 followed by 18 zeros (one to the power of ten to the 18th) is One Quintillion 1 followed by 19 zeros (one to the power of ten to the 19th) is Ten Quintillion 1 followed by 20 zeros (one to the power of ten to the 20th) is One Hundred Quintillion 1 followed by 21 zeros (one to the power of ten to the 21st) is One Sextillion & so on...
133 followed by 21 zeros.
There are four zeros in one hundred and fifty thousand. This is because the number 150,000 is composed of three digits (1, 5, and 0) followed by four zeros. Each zero represents a placeholder for a power of 10, indicating a value of zero in that position.
35 zeros is zero. if you have a digit "y" followed by 35 zeroes it can be written as y x10^35 in scientific notation A 1 followed by 35 zeroes is "one hundred decillion"