Sentences with phrase «measurements would challenge»

So, getting better measurements would challenge models to be more physical.

Not exact matches

Social media measurement can be overwhelming, and half the challenge is simply keeping up with the content that is being changed by the millions of living, breathing users and discerning what has value and what doesn't, while at the same time keeping up with the social media platforms that are developing at an equally rapid rate with their user activity.

«The complexity of this deal and the measurement of the outcomes makes this event challenging and we fear disruption, in the interim, could have an adverse impact on business,» he writes.

«With the timing throughput measurements, it has also equipped our franchise owners with black and white data that they can challenge their grill teams with for improvement.

«A substantial challenge in non-line-of-sight imaging is figuring out an efficient way to recover the 3 - D structure of the hidden object from the noisy measurements,» said David Lindell, graduate student in the Stanford Computational Imaging Lab and co-author of the paper.

Measurement expeditions typically have to rely on a sea - going vessel and are costly and challenging to carry out.

Because no other program has made measurements as comprehensive and widespread as CARVE's, Chang said, «One of the challenges is that we have nothing to compare our results to.

«A major challenge with understanding how aging impacts autophagy is that researchers have been capturing a dynamic process with static measurements,» explains Jessica Chang, Ph.D., a former postdoc in Hansen's lab and first author of the study.

«We had to use the best telescope in the world under the best atmospheric conditions, and we had to set up the proper team — but most of all this measurement was really challenging because of the faintness of the source.»

That is a question climate scientists have so far been unable to answer because of limited opportunities to take robust ocean - atmosphere measurements around the planet and because of inherent challenges in existing computer models.

While many different techniques have been used to observe membrane hemifusion, simultaneous measurements of membrane thickness and interaction forces present a greater challenge, according to Dong Woog Lee, lead author of a paper that appears in the journal Nature Communications.

Laughlin says it's frustrating that the most interesting planets — small ones like Earth — are so challenging to detect: «You have to get tons and tons and tons of velocity measurements over many years, and then you really, really have to take extreme care — as this Tuomi et al. paper does — to get rid of all the systematic noise.»

A team, including Professor Clare Mills from the Institute of Inflammation and Repair at The University of Manchester, has published an open access paper in the journal Analyst outlining a strategy to address the key measurement challenges in allergen analysis.

While previous studies have employed various high - pressure deformation apparatuses to hold samples together and prevent them from fracturing, a complicated set - up that makes measurements of strength challenging, nanoindentation does not require such a complex apparatus.

Now, a team of physicists has overcome this challenge to produce the most precise electron mass measurement ever made.

But exacting measurements of these properties — the so - called «equation of state» involved as matter changes from one phase to another in these collisions — have proven challenging.

A multi-partner study published today in Nature Communications has addressed phonon lifetime measurement challenges using inelastic neutron scattering (INS) and neutron resonant spin - echo (NRSE) experiments conducted at the Institut Laue Langevin (ILL) in Grenoble, and Laboratoire Léon Brillouin (LLB) Saclay, France.

This is a tough challenge for particle detectors because the complex interaction physics at the highest energies has to be extrapolated from measurements at collider experiments, which operate at significantly lower energies - even at the Large Hadron Collider (LHC).

Although it has proved quite challenging to do the analyses, there are a limited number of measurements of the 13C / 12C ratio in ice cores.

On measurements: Before the challenge, I had gradually been losing weight — 30 kilograms down just by using the MyFitnessPal app, but I was still so unhappy.

On measurements: The BodyBlitz challenge has totally changed my attitude towards diet and exercise.

On measurements: I had set myself the challenge to reduce my waistline to 75 cm and thought that was going to be a stretch, but I did it.

One possibility that has been embraced by many advocates is some type of measurement of student soft skills, which include social skills, self - management abilities, academic soft skills such as listening carefully to instructions, and approaches to learning such as willingness to take on challenging tasks.

Photons for sensing and measurement is more of a high school concept, but my 11 - year - old came home last year and told me that their class had done an experiment where they had to bring in five shiny things from home and they were given a practical challenge where, in pairs, they had to figure out how to route light from one part of the classroom to another part of the classroom.

INCLUDES: 36 Student Activity Books (1 copy of each of the six titles per grade level, 32 - pages each) 4 Answer Cases 1 Teacher Guide FEATURES: Flexibility for task centers, independent or partner work, or one - on - one tutoring / remediation Clearly stated objective for each activity that allows you to differentiate Focus on foundational skills and concepts Engaging puzzle format for a fun challenge Immediate feedback for self - checking Titles: Grade 1: Number and Operations: Counting and Place Value Addition and Subtraction: Properties and Situations Addition and Subtraction: Strategies and Equations Addition and Subtraction: Beyond 20 Measurement and Data: Length, Time, and Analysis Geometry: Shapes and Attributes Grade 2: Addition and Subtraction: To 20 and Beyond Foundations of Multiplication: Equal Groups and Arrays Addition and Subtraction: Properties and Place Value Measurement and Data: Length, Time, and Analysis Measurement and Data: Time, Money, and Analysis Geometry: Shapes and Attributes Grade 3: Number and Operations: Multiply and Divide Multiply and Divide: Problem Solving Fractions: Fractions as Numbers Measurement and Data: Use and Interpret Data Geometric Measurement: Perimeter and Area Geometry: Shapes and Attributes Grade 4: Number and Operations: Whole Numbers Number and Operations Multi-Digit and Fractions Fractions: Equivalence and Ordering Fractions: Operations Measurement and Data: Convert and Solve Problems Geometry: Angles and Plane Figures Grade 5: Operations and Algebraic Thinking: Expressions and Patterns Number and Operations: Whole Numbers and Decimals Fractions: Add and Subtract Measurement and Data: Convert and Interpret Geometric Measurement: Volume Geometry: Graphing and 2 - D Figures Grade 6: Ratio and Proportions: Ratios and Problem Solving The Number System: Rational Numbers The Number System: Factors and Multiples Expressions and Equations: Write, Solve, and Analyze Geometry: Problem Solving Statistics and Probability: Variability and Displays

These policies have been implemented despite the objections from many in the measurement community regarding the limitations of available tests and the challenge of accurately attributing student learning to individual teachers.

INCLUDES: 24 Student Activity Books (4 copies of each title, 32 - pages each) 8 Answer Cases 1 Teacher Guide FEATURES: Flexibility for whole - class practice, small - group guided practice, independent or partner work, learning stations Clearly stated objective for each activity that allow you to differentiate Focus on foundational skills and concepts Engaging puzzle format for a fun challenge Immediate feedback for self - checking Level 5 Titles: Operations and Algebraic Thinking: Expressions and Patterns Number and Operations: Whole Numbers and Decimals Fractions: Add and Subtract Measurement and Data: Convert and Interpret Geometric Measurement: Volume Geometry: Graphing and 2 - D Figures

Instead of having them create a blueprint of detailed measurements and angles, have them engage in a design challenge to create a new outdoor school structure that will meet all teachers» and students» needs at the school (Ed.

INCLUDES: 6 Student Activity Books (1 copy of each title, 32 - pages each) 2 Answer Cases 1 Teacher Guide FEATURES: Flexibility for task centers, independent or partner work, or one - on - one tutoring / remediation Clearly stated objective for each activity that allows you to differentiate Focus on foundational skills and concepts Engaging puzzle format for a fun challenge Immediate feedback for self - checking Level 5 Titles: Operations and Algebraic Thinking: Expressions and Patterns Number and Operations: Whole Numbers and Decimals Fractions: Add and Subtract Measurement and Data: Convert and Interpret Geometric Measurement: Volume Geometry: Graphing and 2 - D Figures

Although it has proved quite challenging to do the analyses, there are a limited number of measurements of the 13C / 12C ratio in ice cores.

Yet they turn around and find absolute certainty that they've found a long - term trend in solar irradiance, where our direct measurements span only a couple of decades, barely more than two full 11 - year cycles, and we're up against serious challenges on inter-satellite calibration.

His position: • No evidence of increasing lake clarity as a result of secchi measurements since 1946 • The interplay of stratification and plankton productivity are not «straightforward» • Challenges O'Reilly's assumption on the correlation of wind and productivity - the highest production is on the end of the lake with the lowest winds • A strong caution using diatoms as the productivity proxy (it is one of two different lake modes) • No ability to link climate change to productivity changes • More productivity from river than allowed for in Nature Geopscience article • Externally derived nutrients control productivity for a quarter of the year • Strong indications of overfishing • No evidence of a climate and fishery production link • The current productivity of the lake is within the expected range • Doesn't challenge recent temp increase but cites temperature records do not show a temperature rise in the last century • Phytoplankton chlorophylla seems to have not materially changed from the 1970s to 1990s • Disputes O'Reilly's and Verbug's claims of increased warming and decreased productivity • Rejects Verburgs contention that changes in phytoplankton biomass (biovolume), in dissolved silica and in transparency support the idea of declining productivity.

I will challenge you that your «measurement» is nothing more than an imprecise averaging that you have errantly extrapolated to the entire volume of liquid.

So I do have plans to develop a study in this area; the measurement, however, will be more challenging.

It would be a real surprise if, with more CO2, the earth were not warming — it would challenge a great deal of our applied physics, as well as the direct measurements.

The accuracy of his measurements has never been challenged, and many other observers have confirmed his results.

The validity of measurement of CO2 from bubbles in ice cores has been challenged in a number of studies.

One measurement challenge is that states have different reporting and investigation requirements that hinder comparisons of rates of child maltreatment.

There is no doubt that there are challenges in implementing a universal programme in partnership across a large geographical area; however, our reach is increasing as staff become more familiar with the programme and parents hear through word of mouth about Triple P. Using a recognised measurement tool, we can show improved scores for 85 per cent of families who have received an intervention for a specific parenting problem and an improved score for 72 per cent of families who have more complex problems.