How can the negative effect of random errors on a final reported result typically be minimized?
Answer
By taking many measurements and calculating the average
The influence of random, unpredictable fluctuations can be reduced by increasing the number of measurements taken and then averaging the resulting data set.
#Videos
limit of precision - YouTube
Related Questions
What concept describes how close a measurement is to the true or accepted value of what is being measured?Which type of error consistently shifts measurements in the same direction, regardless of the readings' closeness to each other?What causes measurements to fluctuate unpredictably around the true value and primarily limits precision?How can the negative effect of random errors on a final reported result typically be minimized?What term defines the smallest increment an instrument is physically capable of detecting or displaying?What fundamental law of physics imposes an absolute limit on simultaneously knowing a particle's position and momentum with perfect accuracy?When reading a graduated cylinder, what human error occurs if the observer's eye is not positioned directly perpendicular to the liquid level?If darts land in a tight cluster far away from the center of a target, what characteristic do the throws demonstrate?In engineering contexts, what term defines the acceptable range of variation permitted for a component to still be deemed functional?When calculating a result from multiple measurements, how must the final number of significant figures be constrained?