10 ^ -4 = 0.0001
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
There are 4 zeros.
There are 4 zeros.
Twelve 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
There are 4 zeros.
There are 4 zeros.
Twelve zeros.
120k = 120,000 (4 zeros)
Is this a trick question There are 4 million zeros in 4 million zeros
The expression (4 \times 10^x) will have (x) zeros in the simplified form, as (10^x) represents the number 1 followed by (x) zeros. Therefore, if (x) is any whole number, the total number of zeros in the expression (4 \times 10^x) will be equal to (x). For example, if (x = 2), the expression simplifies to 400, which has 2 zeros.
4 zeros (1,770,000)