The answer is 3.
Significant figures in a whole numbers are integers on the left of the decimal point beginning with the first non-zero number.
That's confusing so let me use some examples:
589. has 3 because there are no zeros to the left of the decimal and 3 numbers
5089. has 4 because there are no ending zeros and 4 numbers.
5890. has 3 because only the the zero is next to the decimal.
58900. also has 3.
the precision of the answer must have the same number of significant digits as the measurement with the least significant digits- the site explains the rules and how to identify significant digits
Significant digits are digits that provide useful information, for instance 123 has 3 significant digits and 30010 has 4 significant digits. So basically zeros aren't significant unless they are between two other numbers. 0.1020 has only 4 significant digits. A+: 4
Four - zeros between significant digits are significant.
It has 4 significant figures.0.007080 has four significant digits.
No, counting numbers you can ignore or say they have an infinate number of significant digits. By counting numbers I mean things you count, or non measurements, or numbers you wouldn't round to significant digits anyway . Measurements always have significant digits.
There are 6 significant digits in the measurement 589.040 newtons.
All the digits are significant in this case. A zero between other digits is always significant, and all zeros after the decimal point are significant.
significant digits
Significant Digits.
It is significant to 4 digits.
There are 4 significant digits
There are seven (7) significant digits in 4032010.
Any measurement may have two significant digits.
In any measurement, the accurately known digits and the first doubtful digits are called significant figures.
No, they are not.
The significant digits are: 3701; so there are four such digits in the measurement. These are the digits that convey the degree of precision included. Leading zeroes and trailing zeroes do not add such meaning.
5 significant figures.