Not exact matches
However, for Ochola 2013, outcome one of Elliott - Rudder 2014, arm two of Yotebieng 2015, adjusting for clustering based on the summary statistic made the
standard error larger and the width of the confidence interval increased which resulted in a design of < 1.
That is, we found some evidence that small studies (i.e., those with higher
standard errors, located to the right of the figure), compared with
larger studies, reported
larger mean differences in systolic blood pressure between infant feeding groups.
The Boeing 767 is slightly
larger than the Boeing 707, which at 168 tons was the
standard for
large commercial aircraft then flying, but the difference is well within the margin of
error.
As it turns out, the
standard errors are
larger, not smaller, when estimating statistical models that include all students but do not control for baseline test scores.
In four of the countries, Australia, Hong Kong, Scotland, and the United States, the
standard error of the estimated effects of class size was extremely
large, indicating that little confidence should be placed in the results.
This is greater than the two - point gain we found in Iceland and Greece, but it is within the
standard error of these estimates, suggesting that the actual effect of reducing class size in Iceland and Greece could be as
large as Krueger found in the United States.
Environmental Topics include: Earth Facts Population Facts Animal Conservation Facts Recycling Facts Human Consumption Facts Media Facts My own statistics Maths Topics include: Big Numbers
Standard Form Estimating Fractions Percentages Rounding numbers Multiplying
large numbers Adding and Subtracting
large numbers
Error intervals (upper and lower bounds) Circumference Negative Numbers Speed The document is 12 pages in total.
Furthermore, they say, a test's
standard error of measurement may be
large enough to throw into question the use of the results.
One last note: the
standard deviation of the
error term was 6.3383 %, which helps show that in the short run, the volatility of implied volatility is a
larger effect than mean - reversion.
However, the
standard deviation of the
error is relatively
large, i.e. about 0.6 %.
For example we found that the
standard error of the caudal skull base length (AB) was almost as
large as the actual mean difference hence it was a non-significant.
The
standard errors of Pg, R and Pg / R expressed as a percentage of the mean are lower than 3 % but are comparatively
larger for E, the excess production (6 to 78 %).
If you have
errors in a measurement, it is revealed by a
larger standard deviation in the results.
The mean average of all the linear trends is slightly positive (+1.0 mm / yr, with a
standard error of 0.1 mm / yr), but there are a
large number of gauges with substantially lower or higher trends.
Well, this is the same Federal government that can not spare a dime (or more than 0.25 FTE) for bringing up its temperature measurement sites (whose output help drive this whole bill) to its own
standards, allowing
errors and biases in the measurements 2 - 3 times
larger than the historic warming signal we are trying to measure.
apart from the ludicrous «confidence intervals» which show for most if not all predictions that the
standard errors are
larger than the predicted effects.
I note what you say about deep ocean heat storage, although the amounts reported by Purkey & Johnson are not huge, have
large error bounds and will to some extent already be accounted for in the
standard 0 - 3000m ocean heat storage datasets.
As youpoint out, the
standard errors of these parameters will be extremely
large and because this is the period used later for the calibration of the chronology to climate, the results over the entire chronology will suffer.
The very high significance levels of model — observation discrepancies in LT and MT trends that were obtained in some studies (e.g., Douglass et al., 2008; McKitrick et al., 2010) thus arose to a substantial degree from using the
standard error of the model ensemble mean as a measure of uncertainty, instead of the ensemble
standard deviation or some other appropriate measure for uncertainty arising from internal climate variability... Nevertheless, almost all model ensemble members show a warming trend in both LT and MT
larger than observational estimates (McKitrick et al., 2010; Po - Chedley and Fu, 2012; Santer et al., 2013).
is further why the uncertainty in the average temperature, the mean
standard error of the TAVE for a month is
large, on the order of 0.5 to 0.8 deg C.
For example, when fitting a trendline with random walk
errors (H = 1), the intercept is unidentified and hence has an effective sample size of 0, while the slope is identified with a finite (though perhaps
large)
standard error.
Its
standard error is 0.11 degC / decade, so the real trend rate could be as high as 0.36 deg.C / decade, quite a bit
larger than the average rate since 1975.
There are many sources of waste and
error: pressures on young associates to bill
large numbers of hours; billing time in inappropriate increments (the industry
standard is 0.1 - hour increments, but some firms don't follow that); insufficient training; and simple carelessness, like not entering time until the end of the week and then having to piece things together from memory.
Although SEM is traditionally utilized with
large samples, bootstrap analyses allow model testing with small samples by utilizing the actual data to estimate
standard error (Shrout & Bolger, 2002).
In this respect, Maas and Hox (2005) found that level 2 sample sizes exceeding 30 (i.e., 136 in our study) are sufficiently
large to produce unbiased estimates and accurate estimations of
standard errors and fixed effects.