An infinite number of prime numbers contain one or more zeroes, though a prime number, always being odd, cannot end in a zero. The first four prime numbers containing zeroes are 101, 103, 107 and 109.
1x1027 is often known as octillion, it being 103(8+1), giving the 8 which provides the 'oct-' prefix.
Non-zero digits are always significant. Thus, 569 has three significant digits, and 69.35 has four significant digits. Zeros are sometimes significant and sometimes aren't: # Zeroes placed before other digits are not significant; 0.0968 has three significant digits. # Zeroes placed between other digits are always significant; 70063 kg has five significant digits. # Zeroes placed after other digits but behind a decimal point are significant; 7.90 has three significant digits. # Zeroes at the end of a number are significant only if they are behind a decimal point as in (c). Otherwise, it is impossible to tell if they are significant. For example, in the number 8200, it is not clear if the zeroes are significant or not. The number of significant digits in 8200 is at least two, but could be three or four. To avoid uncertainty, use scientific notation to place significant zeroes behind a decimal point: 8.200 * 103 has four significant digits 8.20 * 103 has three significant digits 8.2 * 103 has two significant digits
5 (zeroes before the number don't count, zeroes after the number do)
There are 6 zeroes in the number 175,000,000.
4.5 X 103 The zeroes are superfluous.
An infinite number of prime numbers contain one or more zeroes, though a prime number, always being odd, cannot end in a zero. The first four prime numbers containing zeroes are 101, 103, 107 and 109.
1x1027 is often known as octillion, it being 103(8+1), giving the 8 which provides the 'oct-' prefix.
Non-zero digits are always significant. Thus, 569 has three significant digits, and 69.35 has four significant digits. Zeros are sometimes significant and sometimes aren't: # Zeroes placed before other digits are not significant; 0.0968 has three significant digits. # Zeroes placed between other digits are always significant; 70063 kg has five significant digits. # Zeroes placed after other digits but behind a decimal point are significant; 7.90 has three significant digits. # Zeroes at the end of a number are significant only if they are behind a decimal point as in (c). Otherwise, it is impossible to tell if they are significant. For example, in the number 8200, it is not clear if the zeroes are significant or not. The number of significant digits in 8200 is at least two, but could be three or four. To avoid uncertainty, use scientific notation to place significant zeroes behind a decimal point: 8.200 * 103 has four significant digits 8.20 * 103 has three significant digits 8.2 * 103 has two significant digits
5 (zeroes before the number don't count, zeroes after the number do)
There are 6 zeroes in the number 175,000,000.
To multiply by a positive power of ten, just add the number of zeroes as the number of the exponent. For example, if you have 103 which is 10 times 10 times 10, you will get 1,000. Hope this helps!
A googol is the number 1 followed by one hundred zeroes, and a googolplex is the number 1 followed by a googol zeroes. A googolplexplex is the number 1 followed by a googolplex zeroes, and so on.
Google is a number with 100 zeroes
The number of zeroes that the numerical number 2.5 billion is known to have is eighteen zeroes in its digits.
Oh, dude, a sexdecillion has 51 zeroes. Yeah, I know, it's a lot of zeroes, like more zeroes than I have brain cells after a night of partying. So, if you ever need to impress someone with your knowledge of big numbers, now you can drop this fun fact at your next social gathering.
The number quindecillion is written 1,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000, or 1 followed by 48 zeroes.