Sentences with phrase «if lambdas»

In fact, if Lambdas were counted as a single brand, they'd be the 15th largest in the country this year outselling the likes of BMW, Chrysler and Lexus.

If lambda is known then we can use inference (inferential statistics) in relation to theta the unknown parameters from the general equation I opended up this post with.

Not exact matches

If the front lambda is sensing rich, I would expect the AFR to be leaner than reality, so I would expect fuel economy to be slightly better.

If they aren't, the lambda sensors will likely need replacing.

If the front lambda sensor voltage is indicating rich, why is the fuel trim positive (indicating that the injector pulse - width is increased because the AFR is deemed too lean by the sensor)?

I can see how the first problem could lead to the second - if excess fuel is being dumped on the lambda probes via positive fuel trims, it could lead to fouling of the sensor.

My first thought would be something like a MAF or lambda sensor, but if it's due some service items (Plugs, leads, air filter etc) then it might be worth doing that first.

Two lambda sensors sandwiching a catalytic converter can also be used to assess if the cat is running properly.

In the interest of future visitors, it would be great if you could share a few more words about why / how you found out that the lambda sensor was bad and how you know if fixed the problem.

But big wheels and a dozen roses can't mask that these Lambdas are due for a more than a mid-cycle facelift — every one of these trio of vehicles (Acadia, Enclave, Traverse) needs some electronic upgrades like keyless entry (if not ignition) and better hands - free interfaces.

If the response over time of any layer varies significantly, then dF is not equal to dH plus lambda * dT of the system.

For the sake of argument, if that form is assumed to be sufficiently accurate, the question becomes — How should lambda be determined?

The only way to prove / dismiss the null hypothesis here is to verify experimentally if the system behaves like that while in equilibrium or to find the way, again experimentally, to define the value of lambda which (in my understanding), if far to be «settled»:

If, as is claimed, the temperature proxies are all highly informative, the cross-validation would find that very little bounding is needed (i.e. tend towards a standard unconstrained regression with lambda = 1).

In practice, it is found that if radiative forcing is measured after the troposphere as well as the stratosphere has adjusted, givieng ERF (Hansen's Fs) then the value of lambda is pretty much the same for almost all forcings.

If you fing the «w» as in lambda w a bit of a puzzle, so do I.