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Suppose you have a variable whose exact value is not known. Repeated estimations give values which match up to a certain degree but beyond that they are different. You could take some sort of [weighted] average of the leading digits of these different parts and your estimate for the variable wold be the matched part with the estimated digit appended.
For example, if you Google "mass of proton" the WIkipedia site give it as 1.672621898(21)×10−27 kg. The (21) - in parentheses - indicates that those two digits are estimated.
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What is the estimated digit in 1.95?
There need no be any estimated digit.
78.5L of water what is the estimated digit?
It is always the last digit.
In the measurement 0.503 which digit is the estimated digit?
0.503..the 3
Which digit is estimated in 26.7 in significant figures?
The 7
What is the estimated digit of 0.635?
The last one.
What is the estimated digit in 0.0782m?
the estimated digit in 0.0782m is?
What is the estimated digit in 1.95?
There need no be any estimated digit.
How do you find estimated digits in a number?
The last digit is always the estimated digit in a number
In the measurement 0.503 L which is the estimated digit?
There need not be any estimated digit but, if there must be one, then it is the last digit: 3.
In the measurement of 4500mi which digit is the estimated digit?
500
What is the estimated digit for 4500?
There need not be any estimated digit: there could well be exactly 4500.
78.5L of water what is the estimated digit?
It is always the last digit.
What is the estimated digit of 0.0782 m?
.0002 is the estimated number
What is the estimated digit of 0.0782M?
It is 0.08 M
What is the estimated digit in 23.50?
It is the zero at the end.
What is the estimated digit in 0.0782?
None of the digits need be estimated.
In the measurement 0.503 which digit is the estimated digit?
0.503..the 3
