This PowerPoint presentation breaks down how to work out
fraction of amounts into basic steps.
Not exact matches
However, the photovoltaic cells now used to turn sunlight
into electricity can only absorb and use a small
fraction of that light, and that means a significant
amount of solar energy goes untapped.
A more sound approach would recognize that (1) converting old forest to young forests releases significant
amounts of carbon (both above and below ground), (2) young forests are only good carbon sinks if they are allowed to grow and hold onto the carbon for centuries, yet there are too few economic incentives for doing so, and (2) the
fraction of carbon that is put
into long - term storage after logging is very small, i.e. old forests are better at storing carbon than our disposable culture.
Grains were only a very TINY
fraction of the ancient Paleolithic diet (and only in certain parts
of the world) as there was no way to process large
amounts of grain back in that day
into flour, so
amounts of wild grain would have been small such as a handful or two
of gathered grains added to a meal
of meat and veggies.
It is possible to induce a small
amount of oversteer on power or with an off - throttle flick
into a fast sweeper, but really Project 8 wants to dig its claws
into the surface, and even a very heavy right foot adds only a
fraction of attitude.
Anything that increases the
amount of money flowing
into your household each month makes the
fraction smaller.
Thus, if the CO2 band center is sufficiently close to saturation at TRPP, the forcing per doubling will be smaller at TOA, implying some cooling
of the space in between (equal to the difference in forcing between TRPP and TOA; the climatic response will, via cooling, reduce the fluxes out
of the stratosphere by the same
amount; some
fraction of this can go
into the troposphere, and since it is a reduced downward flux, it cancels out some
of the initial TRPP forcing, resulting in a smaller TRPP forcing (the forcing with stratospheric adjustment) that the surface + troposphere must respond to.
A more sound approach would recognize that (1) converting old forest to young forests releases significant
amounts of carbon (both above and below ground), (2) young forests are only good carbon sinks if they are allowed to grow and hold onto the carbon for centuries, yet there are too few economic incentives for doing so, and (2) the
fraction of carbon that is put
into long - term storage after logging is very small, i.e. old forests are better at storing carbon than our disposable culture.
So, it seems to me that the
amount of energy absorbed by CO2 in the bands that can be absorbed by CO2 (ie, some
fraction of the total outgoing energy) is proportional to the
fraction of CO2 in the atmosphere, unless you can somehow magically push all that CO2
into a thin shell that no photon
of the required frequency can avoid.
Yes, the same
amount of energy has to get out
into space at the same rate, over the long term, but the absorption by greenhouse gases requires the surface temperature to be higher in order to radiate at a sufficiently higher rate (than would otherwise be the case) to make up for the
fraction absorbed.
Thanks to Max Planck, it is now demonstrated that the laws
of physics did not come
into being until a
fraction of a nanosecond after the Big Bang, from which it follows that no
amount of ingenuity on our part can reveal to us what (or Who) said «Let there be light» and blazed the Universe
into glorious existence.
Thus, since we dump 10 GtC
into the atmosphere, and the
amount increases by a
fraction of that
amount, how can it be that we're not responsible?
A home is normally taxed on its assessed value — a
fraction amount of the home's appraised value — so make sure you factor it
into the equation.
Moreover, the U.S. real estate sector enjoys just a small
fraction of the
amount of foreign dollars invested
into other parts
of our economy, such as manufacturing and financial services.