Sentences with phrase «yielding much energy»

High fiber intake reduces the risk of developing obesity by increasing the bulk of a meal without yielding much energy.

Not exact matches

This alarms North Korea's adversaries because the nation recently detonated a thermonuclear device that yielded the energy of perhaps 300 kilotons of TNT — about 20 times as much as the bomb the US detonated over Hiroshima in 1945.

Much energy is being spent deciphering whether the recent increase in Treasury yields stems from a strengthening economy, concerns that inflation is accelerating, or other factors.

We looked at the benchmark weights pre - and post-downgrades — for example, autos went from less than 3 % to nearly 7 %, there was not much of a high - yield financials universe and energy endured some significant downgrades to post some meaningful growth.

«We want to incorporate this natural energy booster into rice, which usually just has C3 photosynthesis, so that it can achieve much higher yields,» he added.

The Long Island — New York City wind farm could yield as much as 700 MW of energy — enough electricity to power an estimated 245,000 homes.

Wind power has long been touted as a major energy resource, but for decades no one knew how much energy it could actually yield.

Sorghum can potentially yield more energy per area of land than other crops while requiring much less input in terms of fertilizer or chemicals.

Yields may decline if cereals expend too much energy making their own fertiliser.

As you'll be reminded when you read the Nutrition Facts on the back of food labels, fats yield over twice as much energy as the other two groups.

Not only do plants carry a higher yield of protein per 100 grams than animal foods, but their antioxidants, complex carbohydrates and fiber offer health promoting properties, including anti-aging, energy balancing, and anti-inflammatory effects, making plants a much better source of protein for humans.

It is obvious if we could work with a single hydrocarbon or at the worst a comparatively simple mixture of hydrocarbons, there would be a far greater opportunity of maintaining conditions for combustion that would yield a much larger percentage of useful energy as the fuel is consumed.

For every dollar increase in oil prices, high yield spread in energy only moves two - thirds as much as it would have before 2017, when oil prices were in the same range.

The highest dividend stocks in the market are usually yielding so much because they're very high risk — many of the energy stocks that offered double - digit yields at some time in the last year have since reduced or eliminated their dividends, for example.

I would also enroll in a DRIP for a REIT if I had one but they haven't been attractive enough for me to buy them yet... Stocks that I don't want to enroll in a DRIP for are stocks like energy companies (energy prices and to a lesser extent energy stock prices are too volatile and the stocks are also fairly high - yielding and I have too much of my portfolio in energy stocks already).

This is not particularly difficult but is energy intensive — probably yielding no more than 25 % of the energy put into the process as a final product (probably on a par with the overall energy efficiency of making hydrogen — but with a much more familiar, high density end product.

The scientific process would seem to yield a much more reliable foundation on which to drive societal choices, rather than the current process of hobbling along with a failed energy market, the freedom to confuse people about science by knowingly lying about it in mass media, and unlimited, anonymous money in politics.

Temperature declines this much when greenhouse - gas concentrations fall this much; this amount of renewable energy, efficiency, nuclear, and CCS yields this decline in emissions; that sort of thing.

The yields on our offshore wind energy are much improved these days because of better technology and our understanding of wake effects [changes in wind speed caused by the impact of the turbines on each other].

All major energy forecasts — even the most technologically optimistic — agree that much more will be needed to yield the «radical» emissions reductions that we need.

It takes much less energy to capture a mole of CO2 from its diluteness in the atmosphere, as a carbonate, than is yielded by its formation in oxidizing a mole carbon.

Organics are processed at much lower temperatures than inorganics, and while their efficiencies are substantially lower (about 3 percent), they can be spread over wide areas, yielding an equivalent amount of energy.

The arrival of a new baby or the welcoming of an adopted child, always yields a much higher demand on a parent's energy than was expected.