Sentences with phrase «as numerical problems»

Word problems are as easy to solve as numerical problems once you understand how to approach them.

Not exact matches

James Bradley makes a valiant attempt to solve within Whitehead's basic terms the problem Jones has suggested needed a solution, but there is little doubt Jones would regard Bradley's solution as too heavily» reliant upon numerical unity», and therefore abstract.

When I look at oldline denominations, I am less worriedried about their numerical and demographic troubles than I am about the sorts of institutions they have become, especialli» as they struggle with their quantitative problems.

This project is devoted to the development of a flexible and general framework for the derivation of geometric numerical integrators, referred to as discrete Dirac mechanics, which will be applicable to many problems from plasma physics, but also to equations from other research fields such as optimal control, meteorology, oceanography, geo dynamics, fluid dynamics, elasticity, solar physics, astrophysics and cosmology.

This resource is suitable for Key Stage 3 Year 7 as part of the Computing curriculum (using software to analyse and solve problems etc) and the Functional Skills L1 / L2 ICT specifications for processing numerical data and creating charts and graphs.

Help students learn to estimate, understand numerical relationships, and use arithmetic as a tool to solve problems.

As Edward Abbey pointed out two decades ago, «It should be clear to everyone by now that crude numerical growth does not solve our chronic problems of unemployment, welfare, crime, traffic, filth, noise, squalor, the pollution of our air, the corruption of our politics, the debasement of the school system (hardly worthy of the name «education»), and the general loss of popular control over the political process — where money, not people, is now the determining factor.»

For problems with coherent features, such as hurricanes, thunderstorms, firelines, squall lines, and rain fronts, there is a need to adjust the numerical model state by deforming the state in space (its grid) as well as by correcting the state amplitudes additively.

Your claim proven as a theorem now means basically (with some radiative cooling at the top for the return flow) that it does not need confirmation by numerical modelling, but rather, application, to see how it plays out in real atmospheric problems.

The missing B4 causes a problem and is one of the reasons numerical analyses sometimes produce shorter cycles, as they tend to pick lows at 7,300 and 8,200 BP that don't belong to this periodicity.

If one reads my comments and looks at the QJRMS manuscript as I have indicated, one can see there are serious problems with the continuum equations and their numerical approximations.

As I have clearly stated, this problem can be seen without the missing section, but that section will help to clarify the discussion about too large of dissipation impacting the accuracy of the numerical solution and the subsequent need for unphysical forcing to «adjust» the spectrum.

Please keep unrelated questions on other issues (such as forced atmospheric models or full climate models) off of this thread so that this manuscript can be used to illuminate the serious and unresolvable problems with numerical approximations of the unforced dynamical systems.

As part of his analysis, Malamud plotted a «Privacy Problem Index» for the 32 courts, assigning them a numerical score and a letter grade.