It is 2.053
1002 has 4 significant digits.
4 digits
There are 4 digits in 1024
Significant Features in a given measurement mean like specific digits from a number. The rules are: 1) Nonzero digits are always significant 2) All final zeroes after a decimal point are significant 3) Zeroes between two other significant digits are always significant 4) Zeroes used soley as placeholders are NOT significant 5) Zeroes between a decimal point and a nonzero digit are significant. 34900 would have 3 significant features. 0.0034900 would have 5. I hope that helps. I got the information from this website: http://www.hazelwood.k12.mo.us/~grichert/sciweb/phys8.htm There are tons more practice problems and info.
Digits to the right of the decimal point represent, in order from the point: tenths; hundredths; thousandths; ten-thousandths; hundred-thousandths etc etc. You want your figure rounded to 4 digits and normal practice is to round 5 upwards so the answer would be 0.7188
111.009mm rounded to four significant digits is 111.0mm
24.00
14.587020 rounded to four significant digits is 14.59
It is: 12.66
111.0
It is a rational number rounded to 4 significant digits.
1050 contains 4 significant digits and cannot be rounded to two significant figures without changing the value of the number.
1.246(10^8) I believe.
14.587020 rounded to four significant digits results in 14.59
The measurement 1045 L rounded to two significant digits is 1000 L. When rounding, the first two significant digits are "10," and since the next digit (4) is less than 5, we do not round up. Therefore, the result is 1000 L.
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
At least 1 and at most 7. It could be 3,999,999.9 rounded to 7 significant figures; It could be 3,999,999 rounded to 6 significant figures; It could be 4,000,015 rounded to 5 significant figures; It could be 4,000,429 rounded to 4 significant figures; It could be 3,999,999 rounded to 3 significant figures; It could be 4,049,999 rounded to 2 significant figures; It could be 4,492,467 rounded to 1 significant figure.