28,75 million = 28.75 x 10^6 = 2875 x 10^4 = 28750000, hence there would be 4 zeros
there are 6 significant zeros. 2.50 time 10 to the negative seven 2.50 -1 power = .250 -2 = .0250 -3 = .00250 -4 = .000250 -5 = .0000250 -6 = .00000250 -7 = .000000250 the first six are significant
Twelve zeros.
There are 4 zeros.
There are 4 zeros.
There are 4 zeros.
there are 4 zeros in 10 000
180 times 10 to the power of 4 is 1,800,000 which has five zeros in it
28,75 million = 28.75 x 10^6 = 2875 x 10^4 = 28750000, hence there would be 4 zeros
there are 6 significant zeros. 2.50 time 10 to the negative seven 2.50 -1 power = .250 -2 = .0250 -3 = .00250 -4 = .000250 -5 = .0000250 -6 = .00000250 -7 = .000000250 the first six are significant
Twelve zeros.
There are 4 zeros.
There are 4 zeros.
120k = 120,000 (4 zeros)
Is this a trick question There are 4 million zeros in 4 million zeros
4 zeros (1,770,000)
In the context of data storage, 1 gigabyte (GB) is equal to 1,073,741,824 bytes. Since each byte is a single unit of data, there are a total of 10,737,418,240 bytes in 10 GB. To determine the number of zeros in 10 GB, we need to count the number of zeros in this total byte value, which is 3 zeros.