Examples of using Models often in English and their translations into Ukrainian
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Colloquial
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Ecclesiastic
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Computer
The first models often come out not very successful.
Models often use mathematical optimization to solve for redundancy in the specification of the system.
After all, professional models often travel around the world.
Therefore models often have bones or inserts that increase and support the female breast, creating a push-up effect.
Many of my friends complained that winch Minn Kota especially 40 models often breaks shaft key coil.
As a result, in real life, models often do not look as stunning as on TV screens.
Professionals in these fields use their strengths in business, modeling, and data analysis to understand and use complex financial models, often involving differential and stochastic calculus.
However, new models often provide a combined work in both modes, based on the needs of the host.
Behavioral economics Otherproponents of behavioral economics note that neoclassical models often fail to predict outcomes in real world contexts.
Thus, low-power models often equipped with a cord(or scaffold), a"strong"- metal knives and disc-cutter.
Such models often employ scenario analysis to investigate different assumptions about the technical and economic conditions at play.
Domestic use such expensive units often not justified,because even simple models often have a good range of options, fully meet the needs of not only the homeowner, but experts, Used daily in their work laser measurement technology.
New models often think that investing lots of money to find out how to be a model along with get into the organization is definitely the accepted standard as well as it's planning to take many years to possess a complete understanding on how the company works.
The relational and OO models often have conflicts over relativity versus absolutism of classifications and characteristics.
Classic models Often they do not have a stopper that stops the movement of the chair, but they are supplied with baffles in front and behind.
When folding models often try to follow a certain pattern assembly elaborated previously known origami masters.
In addition, such models often break down and they have very little power, which is not always enough to grind everything correctly.
There are inexpensive models, often not European, and Asian production that are somewhat inferior in functionality and reliability of the brand.
Procedural models often exhibit database amplification, meaning that large scenes can be generated from a much smaller amount of rules.
And, characteristically, the Garmin models often differ from their various other just the same advanced functionality(and particularly the latter model lineup- Nuvi), which is undoubtedly able to influence the decision when choosing a gps navigator.
Following detailed computer designs and models, often based on scans taken directly from a patient, precision printer heads deposit cells exactly where they are needed and, over the course of several hours, an organic object is built up using a large number of very thin layers.
DSGE models often assume that all agents of a given type are identical(i.e. there is a‘representative household' and a‘representative firm') and can perform perfect calculations that forecast the future correctly on average(which is called rational expectations).
The variables that appear in these models often represent macroeconomic aggregates(such as GDP or total employment) rather than individual choice variables, and while the equations relating these variables are intended to describe economic decisions, they are not usually derived directly by aggregating models of individual choices.
An utility model often is called“small patent”.
Behind the scenes fashion show top model often photographed with pizza and donuts.
The image model often slightly obscure the light, but do not prevent the penetration of ultraviolet radiation.
Simulations that use this model often do so to research crowd dynamics such as jamming and flocking.
In the idealized Parallel Random Access Machine(PRAM) model, often used in theoretical studies of parallel algorithms, any processor can access any memory element in the same amount of time.