1,071 has four significant digits.
You have to round to two significant digits because 5.5 only has two. So, 5.5 × 2.141 = 12
There are four significant digits in 11.00.
Five - all nonzero digits are significant.
Three - all nonzero digits are significant.
3 if there is a decimal present you start counting from the left with the first nonzero number and continue until there are no numbers left
Three significant digits.
This number has seven significant digits.
All four of the digits given are significant digits.
There are two significant digits in the number 83.
All numbers which are not "zero" are classed as significant digits. Therefore in the number 129 there will be three digits which are classed as significant.
Two. All nonzero digits are significant.
There are 2 significant digits: 5 and 4
All the digits are significant, so there are 5 significant digits.
There are 5 significant digits in number 14500. To count for a given number as to how many significant digits does it have, look for the first zero form left and decimal point. For ex sample 0045 has 2 significant digits 0.0045 has 2 significant digits 0.4500 has 4 significant digits.
Three: The first two zeros are not significant digits.
0.00909 has three significant digits.
How many significant digits does the following operation have?(40,200.0 * 0.000240) - 2.778