The correct measurement is 16010.048 cm.
A supplementary estimate refer to the additional or extra estimate. A revised estimate is the difference between the former budget estimates and the actual expenditure, which is usually presented in the next budget.
The difference between an estimate and an actual number is the difference between ideals and observations. For instance, You may think the time is 10:57, but in reality the probability of that is 0 due to the fact that time lies on a continuum. 10:57 is only an estimate; close enough for our purposes. The ideal: the actual time, is a theoretical ideal which we know must exist and be unique, but we can never know for certainty what it is.
Absolute error is the difference between an estimated or measured value and it's actually value.For Example:To determine the absolute error you would have to have a measurement or an estimate of whatever this object is. At which point you would take the difference between the estimated value and the actual value.For example: 21.571 is the True value 20.000 is the Recorded Value.Thus: (True value) - (Recorded Value) = Absolute error (21.571) - (20.000) = 1.571
In arithmetic, estimate usually means rounding the numbers so they're easier to manipulate. Example: Estimate the sum of 432 and 267. You can round them to 430 and 270 and estimate the sum as 700. You could also round them to 400 and 300 and estimate the same total. To estimate a difference, just subtract them. 430 minus 270 is 160. The actual sum is 699 and the actual difference is 165, so your estimates came pretty close.
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The correct measurement is 16010.048 cm.
A supplementary estimate refer to the additional or extra estimate. A revised estimate is the difference between the former budget estimates and the actual expenditure, which is usually presented in the next budget.
A revised estimate is the difference between the former budget estimates and the actual expenditure, which is usually presented in the next budget.
Friction is the main force that causes a difference between the ideal and actual mechanical advantage. Other factors like misalignment of the machine parts, wear and tear, and measurement inaccuracies can also contribute to this difference.
The difference between an estimate and an actual number is the difference between ideals and observations. For instance, You may think the time is 10:57, but in reality the probability of that is 0 due to the fact that time lies on a continuum. 10:57 is only an estimate; close enough for our purposes. The ideal: the actual time, is a theoretical ideal which we know must exist and be unique, but we can never know for certainty what it is.
Budget is the projected financial estimate in a given year, whilst expenditures are the actual expenses incured in carrying out the budget.
"Approximate" is often used to indicate that a measurement is an estimate or close to the actual value.
The difference between actual quantity and standard quantity is called the material quantity variance.
There is no difference between the jack used in the actual sense and in the lab.
The difference between the Actual Value & Earned Value is the Project Cost Variance
the answer is error or experimental error.