Sentences with phrase «linear rates»

Effect sizes for log - linear rates of change are displayed in Table 2.

Our economy is having to adjust to the earth providing linear rates of supply to satisfy our built - in exponentially growing demand.

The real kicker is that intelligence itself continues to grow and expand at an exponential rate, therefore deep religious faith causes one to fall behind the curve at a geometric rate, rather than a linear rate.

Independent rear suspension w / iron upper / aluminum lower control arms linear rate springs gas shocks

There are linear rate springs on the SV - R, wrapped around Koni 28 - 12 dampers at the front and Koni 28 - 11 ones at the back, suspension setup is comparable to the Diablo SV model, but twice as hard!

The Grand Cherokee's V6 feels slightly more flexible with power coming at a linear rate.

In this scenario the warrant strike price is reduced by the dividends paid (I assumed dividends increased at a linear rate, not all in the last year).

In 2000 the linear rate was «still» 0.5 C / Century.

While periods of increased and decreased warming exist over the 132 - year period, the linear rate is still ~ 0.6 C / century, and the most recent monthly GISS values fall right on the linear trend (the linear trend value for the Feb. 2012 temperature anomaly is +0.38 C, while the last two months have been +0.35 and +0.40 C.)

While periods of increased and decreased warming exist over the 132 - year period, the linear rate is still ~ 0.6 C / century

In ten years time will you be here to say that the linear rate of warming has not changed from ~ 0.7 C / century since 1880?

An analysis of GISS global tempertures shows an increase of the linear rate of warming since 1980 up to 2007 (see red trace on graphic here — usually 2 clicks to download your attachment) which strongly suggests a global slowdown can not have begin before that time.

It seems to me it may be significant given that the capacity of air to hold moisture increases at a faster than linear rate.

Through 2016, the linear rate of decline for August is 10.4 percent per decade.

This yields a roughly linear rate to increasing temperature.

«Average global temperature increases, geographically, at a linear rate from 60 ° N or S latitude towards the equator, but levels off between the Tropics of Cancer and Capricorn,» Robert Colwell of the University of Connecticut, US, co-author of a recent paper in Science, told environmentalresearchweb.

So the linear rate from ~ 1850 to beyond 2000 can not be attributed to AGW as both the abstract and the conclusions expressly do.

According to Ray Pierrehumbert's «Principles of Planetary Climate» water vapor increases at a supra - linear rate in the modern climate, but not much supra.

The sink rate follows the emissions with a constant ratio of about 55 %, or from a process view: the sink rate follows the increase in the atmosphere with a very linear rate, currently 4 GtC / 100 ppmv (210 GtC) over equilibrium.

I'd also be interested to know if this year has increased the linear rate of decline - I'd guess that it has, but I don't have the old September graph saved anywhere to check.

The linear rate of decline is now -84,700 square kilometers -LRB--32,700 square miles) per year, or -12 % per decade relative to the 1979 to 2000 average.

Through 2016, the linear rate of decline for October is 66,400 square kilometers or (25,600 square miles) per year, or 7.4 percent per decade.

What Fasullo et al show (here) is a somewhat linear rate for the first part of those 23 years followed by a dip and then a decidedly more rapid rise.

Through 2016, the linear rate of decline for December is 44,500 square kilometers (17,200 square miles) per year, or 3.4 percent per decade.

The near - linear rate of anthropogenic warming (predominantly from anthropogenic greenhouse gases) is shown in sources such as: «Deducing Multidecadal Anthropogenic Global Warming Trends Using Multiple Regression Analysis» «The global warming hiatus — a natural product of interactions of a secular warming trend and a multi-decadal oscillation» «The Origin and Limits of the Near Proportionality between Climate Warming and Cumulative CO2 Emissions» «Sensitivity of climate to cumulative carbon emissions due to compensation of ocean heat and carbon uptake» «Return periods of global climate fluctuations and the pause» «Using data to attribute episodes of warming and cooling in instrumental records» «The proportionality of global warming to cumulative carbon emissions» «The sensitivity of the proportionality between temperature change and cumulative CO2 emissions to ocean mixing»

Add those factors (along with smaller effects from non-anthropogenic factors) to the near - linear rate of CO2 - induced warming since the later 19th century, and you end up with the observed pattern of warming.

No, as I already showed you above for the near - linear rate of CO2 - induced warming back to the late 1800s.

This does not match the increase in CO2 concentration indicating that a source other than humans is the predominant source ffor the observed increase in atmospheric CO2 content which has been increasing at a near perfect linear rate of 2ppmv / year for the past decade.

Leading up to 1988, CFC - 11 was rising at a fairly linear rate of approximately 10 parts per billion (ppb) per year, and CFC - 12 by approximately 18 ppb per year.

We know that fossil fuel CO2 emissions are not increasing exponentially, which means that the exponential can not cancel the log and the forcing can't continue at a linear rate.

This occurred slowly at first, but after around 1970 it increased at an exponential rate of 0.45 % per year, and now appears to have leveled off to a linear rate of around 2.2 ppmv per year.

The authors also assume that the linear man - made warming trend which they've thrown into their model will continue at the same linear rate into the future.

Quite clearly the natural radiative forcing does not increase at a constant linear rate from 1850 to 2010, and thus the assumption which is the backbone of the L&S model is faulty.

I used the same data (cut off at 1998 so all the datasets could be compared from the Hansen 1999 up to the present) to calculate the change in the linear rate of increase.

As measured, the monthly CO2 levels continue to steadily increase at a linear rate, which if maintained, will almost reach an atmospheric level of 555ppm by 2100AD.

Trenberth still relates the effect from CO2 based on 100ppmv causing an increase of 0.6 °C but does not subtract the 0.5 °C of natural warming as recovery from the LIA that has nothing to do with CO2 emissions therefore producing an effect six times too high for the effect from increased CO2 Trenberth is not aware that CO2 is not increaseing at an accelerated rate as predicted by Hansen but at a near linear rate averaging 2.037 ppmv / year so by 2100 the concentration will not be as predicted by the IPCC as per scenario A1 but merely reach a level of 573.11 ppmv by 2100, This is only in the case that CO2 increase is maintained but this may not happen as the rate appears to be slowing down with the average rate for the past 5 years being lower than the rate for the past ten years.

Walter, The IEA consistently predicts that the exponential renewables expansion is over, and even the linear rate of increase will decrease.

The MLO CO2 - rise is showing acceleration with a linear rate of 0.27 ppm / yr / decade (+ / - 0.02 ppm / yr / decade [1sd]-RRB- And that linearity would suggest an underlying MLO CO2 - rise today of 2.36 ppm / yr (+ / -0.08 ppm / yr [2sd]-RRB- The ENSO wobbles easily exceed + / -1 ppm / yr.

With Zilliqa's network, the number of transactions increases at a linear rate to the number of nodes.

Not exact matches

(To compute the revenue and EPS growth rates, Fortune uses a trailing - four - quarters log linear least square regression fit.)

We fit linear regressions (all parameters had p < 0.05), to the data to predict the lifespan of the island system (Fig. 4) using the historic land - loss rate projected into the future.

While there is a general tendency for high interest rates to be associated with depressed valuations and above - average subsequent market returns, and for low interest rates to be associated with elevated valuations and below - average subsequent market returns, the relationship isn't extremely reliable or linear.

A simple linear regression of stock multiples versus interest rates demonstrates that over the very long term, rates and market multiples are negatively correlated.

«We make linear forecasts but in reality, interest rates, corporate profits and exchange rates — all crucial measures of return in their markets — are actually nonlinear series,» writes our friend John Silvia, Chief Economist of Wells Fargo & Co (NYSE: WFC).

Already at the time of the American Revolution, financial economists were popularizing the contrast that Malthus soon would imitate in his population theory: Debts grow at «geometric» rates, while the economy itself grows only «arithmetically,» in a slower and more linear way.

-LRB-...) A recent research paper by Claudio Borio at the Bank for International Settlements argues that bank profitability is damaged in a non linear way when interest rates fall and yield curves flatten, and that applies in spades when rates go negative.

One way, I believe, to address the problem of under - reporting and increase the chances a concussion will be identified early on the sports sideline may be to rely less on athletes themselves to remove themselves from games or practices by reporting concussion symptoms (which the most recent study shows occurs at a shockingly low rate, [9] or on game officials and sideline observers to observe signs of concussion and call for a concussion assessment, but to employ technology to increase the chances that a concussion will be identified by employing impact sensors designed to monitor head impact exposure in terms of the force of hits (both linear and rotational), number, location, and cumulative impact, in real time at all levels of football, and in other helmeted and non-helmeted contact and collision sports, where practical, to help identify high - risk impacts and alert medical personnel on the sideline so they can consider performing a concussion assessment.

«What we found is that it's not a linear relationship between the nitrous oxide and the [nitrogen fertilizer] rate applied, but a nonlinear, exponential trend across many different crop types,» including corn, major grain types, rice and grasses, said study co-author Neville Millar, senior research associate with Michigan State's W.K. Kellogg Biological Station.

A 1:1 ratio would theoretically limit the planet's population to a linear rather than exponential growth rate.

Although the predominant feature of activity modulation during self - timed saccades is a near linear decline in firing rate over time, other modulations are clearly present.