The only way to minimize random error is to repeat the experiment more times to get a better average. This means your result is accurate but not percise
experimental, mechanical, and human
Cybernetic controls include Routine Expert Trial-and-error Learning takes place here through feedback and feedforward Non-cybernetic controls include Intuition Judgement Power and politics Learning does not take place as objectives are ambiguous, outputs are not measurable and the effects of intervention are unknown
Basically, so that if one reading is skewed due to human error or other, then there will be other readings to compensate.
Accuracy refers to how close the results are to the established (or predicted) values. Experimentally, accurate results are evidence that the procedure worked as expected and that the combined error from all sources (instrumental, environmental, and human) is low. Precision refers to how close the results are to each other. Highly precise results will indicate that the experiment was run (nearly) identically each time, though it will not guarantee accuracy.
An error made by a human.
Yes this will make data more accurate. Eliminate human error.
The answer is Accurate
Human error?
yes it is
Margin of Error
Mechanical stopwatches are generally accurate to within a fraction of a second, depending on the quality and maintenance of the stopwatch. However, they are not as precise as digital stopwatches due to the potential for human error in starting and stopping the timer manually.
mechanical error, design error, human error.
forms that can be read by computers are now used to eliminate human error when evaluating and calculating data.
There is no difference.There IS a difference. An error is the amount of deviation from a correct or accurate result. A mistake is a misunderstanding of a meaning or intention.
Human error.
Sources of error in a titration can include inaccurate measurement of volumes, impurities in the chemicals used, improper calibration of equipment, and human error in interpreting color changes or endpoint detection. It is important to take precautions to minimize these errors to ensure accurate results in titration experiments.