Sentences with phrase «because time measurements»

It turns out that the umpire, because time measurements have to be communicated, is the Radiocommunication Sector (ITU - R) of the International Telecommunications Union (ITU).

Not exact matches

Because of the term «immediate successor,» this principle (apparently) involves not just the concept of temporal order but also the concept of time measurement.

Made the bread tonight as per the recipe book «ml» and «g» measurements, and subbed in walnuts for almonds because that's what I had — Just testing a slice covered in my home made walnut and kidney bean spread... Yummy Think I need a touch more salt but I'm always a bit worried about over seasoning... I used mixed herbs but think I would love to add some garlic (powder maybe) next time, and use selected herbs rather than the commercial mix.

I didn't keep track of the measurements when I did it because it was an experiment, but it was good so next time I make it I'll keep track so I can post a recipe for all y ’ all.

Everybody makes it a little differently and you have to use your cook's judgment when adding the ingredients because the measurements are different every time.

I scoop flour by first fluffing it with a fork, scooping with my cup measurement (because nobody has time to be spooning flour into a cup), then leveling with the back of a butterknife.

This may affect the ability to infer which thermoregulatory variables are being monitored in the presently proposed anticipatory regulation model, because it is the timing of the changes in work rate that is essential, and rectal temperature may not provide the necessary resolution of measurement.

Individual growth curve models were developed for multilevel analysis and specifically designed for exploring longitudinal data on individual changes over time.23 Using this approach, we applied the MIXED procedure in SAS (SAS Institute) to account for the random effects of repeated measurements.24 To specify the correct model for our individual growth curves, we compared a series of MIXED models by evaluating the difference in deviance between nested models.23 Both fixed quadratic and cubic MIXED models fit our data well, but we selected the fixed quadratic MIXED model because the addition of a cubic time term was not statistically significant based on a log - likelihood ratio test.

Because weights reported on each survey were measured at different times across infants, age at weight measurement varied from infant to infant.

I was measuring small this time around too (the reason I was induced the first time — they ordered an ultrasound because of my measurements.

«Detecting pulsations in faint sources is challenging, because the X-ray data are not always collected with sufficiently high time - resolution to make the measurement,» he says.

Although this measurement was first proposed in the 1960's, it has never been made because only two strongly lensed supernovae have been discovered to date, neither of which were amenable to time delay measurements,» says Danny Goldstein, a UC Berkeley graduate student and lead author on the new Astrophysical Journal paper.

Nevertheless, the measurement was exceptional, because it was the first observation of its kind in light nuclei,» concludes Prof. Fornal and stresses that the measured delay times of return to the basic state correspond to an acceptable extent with the values provided by the new theoretical model, which further enhances the attainment of the achievement.

«Combining measurements and modeling in this way is very valuable because it gives us a starting point to compare different cities, gradations between the city and the suburbs or changes in the city as it grows over time,» McFadden said.

«Which means that if you want to protect your biological specimen on a trip to Mars to a set conservative limit, you will probably be carrying six times too much shielding, just because the uncertainty is a factor of six — a 600 percent uncertainty in the measurement.»

However, because each of these measurements must be calibrated to account for natural variation in the environment over time, individual dates have large amounts of error and uncertainty, making them difficult to aggregate or interpret in groups.

But early efforts failed, possibly because the measurement techniques of the time were not sufficiently detailed, he says.

Because weather station locations and measurements change over time, there is some uncertainty in the individual values in the GISTEMP index.

Because of the uniform and extremely high brightness (about 5 billion times brighter than the Sun) of type Ia supernovae, they are often used for distance measurements in astronomy.

Because the signals arriving at a receiver from all satellites are measured at the same time, the distance measurements are all falsified by the same receiver clock error, which must be calculated in order to determine an accurate position.

Although the measured speed of light has decreased only about 1 % during the past three centuries, the decrease is statistically significant, because measurement techniques can detect changes thousands of times smaller.

«We are stuck with the laboratory of the sky and experiments that are never ever 100 - percent repeatable, because every time you go out and make measurements, things are different.

«Our measurements are different because they are top - down, measuring the atmosphere instead of the direct sources, at a time 12,000 years ago,» Petrenko says.

Because the microlensing event depends on one star moving across the sky relative to another, microlensing measurements can only be taken at that one time when the two stars align and can not be repeated.

That's probably because gauging someone's fitness level often involves expensive and time - consuming testing procedures, such as running on a treadmill to determine measurements like oxygen capacity.

I can't count the number of times naive young men have told me that my bodybuilding potential article and booklet (Your Maximum Muscular Bodyweight and Measurements) is «flawed» or «crap» because they're easily going to surpass the predictions.

My measurements did come down some more and I am happy with it, because I don't want to lose too fast, I am trying to get used to not eating all the time and just being gentle and honest with myself about my passion for food.

Limitations of the study include possible measurement errors because the data was self - reported, although the authors noted that because the study cumulatively measured diet over time, it reduced such errors.

Because a single measurements serves only as an isolated snapshot in time, and may not be reflective of total body iodine status, repeat testing may be necessary before conclusions about iodine deficiency can be drawn.

I'm working on this book, and bottom line, it doesn't seem like any of your labs know what you're doing because the Science doesn't support the collection times, the units of measurement, the precautions, uhhmm — the ideal adrenal fatigue.»

This measurement isn't even very measurable on a 24 hour scale because the changes in the body over this time are so small.

Combine these measurements with your gender, weight, and age and this calculator will find your percent of body fat, how much of your weight is lean mass and how much is fat mass, and your general fitness category.While the water displacement test is the most accurate way to determine body fat percent, skinfold tests are valuable because they can be done at home with the same person measuring each time, providing good measurements to monitor body composition changes over time.

At first I was quite worried about the measurements of the dress because this was my first time shopping online for a dress.

I also have a hard time with dresses and some structured pieces because even though most of my measurements are a 00 or smaller, my natural waist is often closer to a 2.

Misclassification is probably even greater than that described by Figures 1a and 1b because what we often want to know is how truly effective a teacher will be in the future, not how effective a teacher was at the time of measurement.

«At the same time, because the tolerances are much greater for outdoor fence work — a quarter of an inch, say, versus a 32nd of an inch for crown moulding — it's something homeowners can do even if they're not that precise with their measurements and cuts.»

You will still SEE an increase in temperatures, but because of the poor localisation the variability is much higher and the effect of small - scale (compared to global) forcings that affect only the region you have measurements for mean that to get the signal from the noise requires more time.

The sun - spot measurements from 1611 and 1650 are probably quite poor, so the TSI reconstructions during that time are poor because poor are the data.

It was you, not me, who said in comment 23: The sun - spot measurements from 1611 and 1650 are probably quite poor, so the TSI reconstructions during that time are poor because poor are the data.

Re # 33 (Dave D.): Ice core measurement issues aside, remember that there has to be some degree of lag because a) the initial warming is from Milankovitch changes, not CO2, and 2) the delayed turnover of ocean water means that not all the CO2 will outgas in a short period of time.

Standard error involves both natural variability (including that not well understood because it operates on long time scales, and therefore has not been observed during the period of modern technology) as well as measurement error (or error / uncertainty in the proxies).

Then, instead of throwing out the data as hopelessly compromised and starting the experiment over with these factors corrected, you (a) do a study estimating how miscalibrated, how defective and how improperly located your instruments were and apply adjustments to all past data to «correct» the improper reading, (b) you do a study to estimate the effect of the external factors at the time you discover the problem and apply adjustments to all past data to «correct» the effects of the external factors even though you have no idea what the effect of the external factor actually was for a given instrument at the time the data was recorded, because you only measured the effect years later and then at only some locations, (c) you «fill in» any missing data using data from other instruments and / or from other measurements by the same instrument, (d) you do another study to determine how best to deal with measurements from different instruments over different time periods and at different locations and apply adjustments to all past data to «correct» for differences between readings from different instruments over different time periods at different locations.

Because the data were acquired at different times of year — September - January for the 2000 - 2001 measurements, and December - April for the 2005 - 2006 measurements — seasonal differences may have played a part in the changes observed (Joughin et al. 2010).

Because emission flux measurements were not possible at the time for OSCs, we chose to estimate fluxes of OSCs from agricultural activities in the SoCAB by simultaneously measuring OSC and NH3 ambient concentrations adjacent to a cattle feedlot in Chino, California (SI Appendix, sections 1 and 2) before dawn to avoid photochemistry.

The principal scientific objective is to make global SSS measurements over the ice - free oceans with 150 - km spatial resolution, and to achieve a measurement error less than 0.2 (PSS - 78 [practical salinity scale of 1978]-RRB- on a 30 - day time scale, taking into account all sensors and geophysical random errors and biases.Salinity is indeed a key indicator of the strength of the hydrologic cycle because it tracks the differences created by varying evaporation and precipitation, runoff, and ice processes.

Because the locations and measurement practices of weather stations change over time, there are uncertainties in the interpretation of specific year - to - year global mean temperature differences.

We used these dates because this is the time period when we have the available resources to complete the dense measurement network.

In the mid 19th century the largest components of the uncertainty at annual time scales are the measurement and sampling uncertainty and the coverage uncertainty because there were few observations made by a small global fleet.

Bart because the measurements have not been made for enthalpy in the time periods you used for your argument, and you used temperature.

Even if we could discriminate between human - originated CO2 and natural CO2 isotopically with reliability I don't see how carbon isotope measurements could prove we have increased atmospheric CO2 by 40 % anyway (or 110ppm) because, problematically, CO2 has a very short atmospheric residence time.