No. However repeated measurements can be averaged or otherwise be used to arrive at a more accurate result.
increase
47 oF From -28 oF to 0 oF is an increase of 28 oF; from 0 oF to 19 oF is an increase of 19 oF; so an increase from -28 oF to 19 oF is (increase from -28 oF to 0 oF) + (increase from 0 oF to 19 oF) = 28 oF + 19 oF = 47 oF Or mathematically: 19 oF - (-28 oF) = 19 oF + 28 oF = 47 oF * * * * * NO! The Fahrenheit scale is not an absolute scale so the measurement unit for the difference is Fahrenheit degrees, not degrees Fahrenheit. May seem trivial, but mathematics demand precision.
It's difficult to tell which way that one's going. 240 to 320 is a 33 and 1/3% increase. 320 to 240 is a 25% decrease.
A good way to reduce error or increase measurement accuracy is to take several measurements and compute their average. In other words, you achieve accuracy through averaging. (This also validates the repeatability of the measurement.)
It increased by 66.66... (repeating) %.
no you cannot increase the precision of double itself in C
I would assume that with am increase in precision there would be an increase in accuracy and less variables. Therefore I would say that there would be a decrease in uncertainty. The more attention to detail the less chance for mistakes.
increase
an apparatus for measuring increase or rate of growth in plants
An auxanometer is an apparatus for measuring increase or rate of growth in plants.
Increasing your sample size might help
28.57% increase
The 1997 Economic Census reported 154 establishments for the irradiation apparatus industry, an increase of 17 percent from 1992.
47 oF From -28 oF to 0 oF is an increase of 28 oF; from 0 oF to 19 oF is an increase of 19 oF; so an increase from -28 oF to 19 oF is (increase from -28 oF to 0 oF) + (increase from 0 oF to 19 oF) = 28 oF + 19 oF = 47 oF Or mathematically: 19 oF - (-28 oF) = 19 oF + 28 oF = 47 oF * * * * * NO! The Fahrenheit scale is not an absolute scale so the measurement unit for the difference is Fahrenheit degrees, not degrees Fahrenheit. May seem trivial, but mathematics demand precision.
Essentially correct. One can get a little out of (warp) with such things as spot-averaging though such as running a number of measurements of the same object and then striking an average. this is done in scientific observations and surveying but is impractical in everyday life, as with clocks, speedometers, etc.
A series of measurements looking for an increase or decrease over time.
applying the suction or by placing the gooch crucible in a suction filtering apparatus