That's like asking whether Maxwell's equations apply to a problem involving electromagnetic fields. ......
Surrreeee, bucko. It's like asking can we use those handy dandy Maxwell set to predict field
string on Titan as it merrily chugs along around the big planet. Few problems there?
Field
string?
Whether we're smart enough to use the applicable equations to calculate all the answers we want is not the same as asking whether the equations
apply. You asked whether the relevant equations
apply. Of course they do.
.... When the scientific questions involve fluid flows, as in the oceans or atmosphere, the Navier-Stokes equations will be applicable......
Really? When that has a $1M prize for a handy solution that's not been found, when it doesn't handle phase changes, which are critical in the task set, when we could debate at length the grid size for accurate results in a climate simulation. Yes we could do all that and more. Do not, please, OVERSIMPLIFY the reality of the situation to correspond with your belief set.
mhaze is the fellow who chose to "OVERSIMPLIFY the reality of the situation" by pretending there was some question as to whether the Navier-Stokes equations apply to the problem.
The Navier-Stokes equations were first mentioned in this thread when
mhaze pretended there might be some real question as to whether they're applicable:
If you honestly say that, you need to study the matter a bit more. Navier stokes applies?
It was
mhaze who insisted upon a simple yes or no answer:
The issue was "The math is simple".
You either agree or disagree.
Which is it?
It was
mhaze who confirmed his question was whether the Navier-Stokes equations
apply. He himself put that word in bold face:
The question I posed earlier was "Does Navier Stokes apply?" This is the sort of issue that makes "math in climate science" very difficult.
Did
mhaze suggest we shouldn't fly airplanes? The Navier-Stokes equations are used to design aircraft.
Did
mhaze suggest we shouldn't build the Keystone Pipeline? The Navier-Stokes equations are used to design pipelines.
Did
mhaze suggest we should pay no attention to weather forecasts? The Navier-Stokes equations are used to predict weather.
Did
mhaze suggest we should doubt climate science because that science uses the Navier-Stokes equations? Yes, he did.
When someone like
mhaze mentions the Navier-Stokes equations in hope of convincing us that climate science is too difficult to be believed, but neglects to mention that Navier-Stokes is a basic tool of fluid dynamics that applies to all sorts of things we accept without a moment's thought, then it's reasonable to conclude
mhaze has some ulterior motive, such as a political agenda.
mhaze deserves our thanks for providing such a stark illustration of the anti-science bias decried by Mr Wehner.