Not exact matches
I really want to make these for my boys first birthday party but am worried
about getting them
wrong without a weight / cup
measurement for the sweet potato cos they vary so much in size depending where you shop.
I'm thankful that they are so understanding
about the customer needing to figure out the right fit because I know my post-baby
measurements and I still got my size
wrong.
«It's most useful in our quest to find out where we go
wrong with our
measurements, our assumptions, or our prejudgements
about how life works.»
New
measurements of how fast the universe is speeding apart suggest that the one thing we thought we knew
about dark energy is
wrong.
The indirect nature of the
measurement means the calculations rely on an assumption
about the energy spectrum — which could turn out to be
wrong, invalidating that conclusion.
At the tailor, don't let them rush the
measurements and make sure to express your concerns
about it coming out too tight and fitted in the
wrong places.
Because even by tweaking things to be most generous,
about 1/3 of the heating change can be made to fit the «no human CO2» scenario without putting something OBVIOUSLY
wrong in there (like, say, trees outputting 100x the ozone we see in
measurements today).
In your case, the ice cores must be
wrong, in my case, there is no problem with ice core CO2 (neither with historical CO2 levels over the oceans), as the 0.3 K temperature increase in the period 1900 - 1950 causes an increase of
about 0.9 ppmv CO2, which is within the accuracy of the ice core
measurements, the rest of the observed increase is due to human emissions.
You are quite correct: To assume that tracer
measurements and linear system theory only work with «one - directional transfer» systems is not only
wrong, it is completely without logical or empirical foundation and demonstrates a significant lack of knowledge
about the subject.
An ingenious theory, but the model set out in that paper seems to make predictions
about what would happend to surface temperature if CO ₂ concentration were to vary which are out of kilter with empirical
measurements by several orders of magitude in timescale and at least one order of magnitude and possibly the
wrong sign in temperature.
Surely
measurements of CO2 in the past can't be that
wrong — Cavendish measured the level of oxygen as
about 21 % in the late 1700s so the ability to measure air percentages was sound.
Mosh, I think you must be confused
about what is a
measurement, unless you think an old physics professor of mine at Ga Tech was
wrong to teach measuring length of objects using the human eyeball and a meter - stick to record rounded values with estimates of error.
Thus, in climate science, the heat wave of Paris (Trenberth is
wrong about it being in all of Europe, during that very period Berlin's temps were perfectly within the normal) is
Measurement B, where as CO2 emissions is
Measurement A. Trenberth is claiming A caused B by default, but since that defies the premise of the null hypothesis, that the NH must be changed to match the default position.
Guys; don't get me
wrong about laser physics cause its not what I'm on
about other than seems it's a big area of instrument and
measurement systems research these days and you should too should wonder why.