Sentences with phrase «about storing energy»

The GHE is not about storing energy in the atmosphere, it's about atmosphere stopping the free radiation of heat from the surface to space.

It's about storing energy in hydrogen as a fuel.

Not exact matches

IEnova, Sempra Energy's subsidiary in Mexico, announced it's investing about $ 130 million in a marine terminal that will receive, store and deliver gasoline and diesel fuel at its facility a few miles north of Ensenada.

Clarity Breathwork is a powerful and effective modality that uses a specific type of breathing to release the trapped trauma energy and psychic pain that is stored in your body, without having to think or talk much about it.

For today's STEM activity, we'll learn about physics — and how energy can be stored as potential energy.

A new advisory committee will provide residents and businesses with more information about work going on on their blocks, a new plan with Con Ed will lower energy costs along the stretch and a «major ad campaign» will promote stores in the construction zone.

Every 100 miles the researchers took matchstick - size samples of leg muscle (about 60 milligrams apiece) from the dogs to test for protein levels, enzyme activity and glycogen, a starchlike compound that stores energy for quick release.

Using a simple alternator, six hours of pedaling can create and store enough electrical energy in batteries to light about six homes for 30 days (in areas where people use less electricity than in the U.S.).

«With a scaled up solution, not only will we no longer have to think about the dangers of storing radioactive waste long - term, but we will have a viable solution to close the nuclear fuel cycle and contribute to solving the world's energy needs.

«Until slow earthquakes were observed 10 to 15 years ago, conventional wisdom held that faults either released energy slowly and steadily by creeping, or would store tectonic stress until they failed catastrophically,» moving at a rate of about 3 feet per second, says Demian Saffer, a geophysicist at Pennsylvania State University.

For example, students learn about energy in physics and biology, and whether the examples deal with colliding cars or sugar stored in plants, «it's still energy,» said Susan Rundell Singer, lead editor of a 2012 National Academies of Science report on DBER.

While the number of electricity - hungry transistors that can be squeezed onto a silicon chip has doubled about every two years over the past few decades, it took more than 20 years (from 1970 to 1990) to double the amount of energy that rechargeable batteries can store per pound.

In continued research the scientists want to find out more about this mechanism to recover stored energy, to see if more practical uses could be made of it — better adhesives, for instance, or robots that can use some of these principles for improved performance or use in extreme environments.

But they store only about 1 % of the energy they soak up, locking it into the sugars and other organic molecules they use to build their cells.

There are many reactions that store about the same amount of energy as water splitting.

This creates a need for the body to find energy reserves beyond stored glucose, as the body can store reserves for only about 24 hours.

A typical young male adult stores about 60,000 to 100,000 calories of energy in body fat cells.

It travels its way to the hypothalamus and allows the brain to receive signals about the state of energy stores and satiety.

The human body can only store enough energy as glycogen for about 1/2 — 2/3 of a day.

This is the amount of energy required to eat, digest, absorb, and store food, and research shows that it accounts for about 10 % of total daily energy expenditure.

Not only that, if you spend about 20 minutes doing strength training, you will use up your glycogen stores (the energy from carbs) which means when you follow that with a run you'll be burning the fat instead.

On the other hand, if you have 100 extra calories in glucose (about 25 grams) floating in your bloodstream, it takes up to 30 calories of energy to convert the glucose into fat and then store it.

You can only store about 50 - 90 grams of glucose in your liver for energy conversion, which really isn't a lot.

If you have 100 extra calories in fat (about 11 grams) floating in your bloodstream, fat cells can store it using only about 3 calories of energy.

On the other hand, if you have 100 extra calories in glucose (about 25 grams) floating in your bloodstream, it takes 23 calories of energy (Dr. McDougall says 30 calories) to convert the glucose into fat and then store it.

It's all about your metabolism, which is your body's ability to break down nutrients and convert them into energy or store them as fat when you take in more energy than you burn.

Each day about five to 10 percent of your body's energy expenditure is used to digest and store food that you consume, according to The American Journal of Clinical Nutrition.

After not having eaten calories for about 6 - 8 hours, your body shifts out of a fed state into a fasted one, characterized by the conversion of stored body fat into energy.

To paint the picture, think of it like this: If you want to perform a 100 - meter sprint at an all - out effort, you have the immediate energy stores to do so through your anaerobic pathway, but you can only maintain this all - out effort for about 10 to 15 seconds before you have to stop and catch your breath.

The problem is, these «fast» sugars don't all get used up for energy (unless you're about to run a marathon or do something that involves vast amounts of energy) and so they are stored as fat.

When the glycogen stores drop to about half, the liver will start oxidizing amino acids for energy and ramps up the ketone production.

However, discuss with your doctor about taking the weight loss amino acids L - carnitine (weight management and energy), L - glutamine (storing sugar as glycogen instead of fat), and L - arginine (metabolism booster).

The energy out from my body fat stores was not inhibited, so my body either used or «dumped» the calories coming in to keep me about the same size despite being in a 56,645 calorie surplus.

The issue here is that weight loss is mainly about using stored energy.

Food consumption must increase now as you do not have stores of fat being released into the blood stream to give you the necessary energy you need to go about your day.

I've been explaining the reduction in running economy caused by stretching by talking about the legs as a set of springs that store energy (and do so less efficiently when they've been stretched).

Never eat at least 2 hours before bedtime as carbohydrates have about 2 hours to be used up as energy before they are stored as fat.

Basically it's a way of talking about the «energy» stored in the food you eat.

For example, the reason that just about everyone hits the wall during a marathon is because just about everyone runs at a far higher consumption of energy than their fat - burning engine can produce — which is why they must rely on relatively small sugar stores for fuel, which is why they run out of energy at mile 17, and start losing power at mile 10.

Lean body mass improved in the normal and high protein group and improved energy expenditure and only about 50 % of the extra calories were stored as fat.

Metabolism is a balance that breaks down into two, the building up of body tissues and energy stores (Anabolism) and the breaking down (Catabolism) of body tissues and energy stores to generate more fuel for body functions: Anabolism or constructive metabolism, is all about building and storing: It supports the growth of new cells, the maintenance of body tissues, and the storage of energy for use in the future.

Some people don't put much stock in what astrology has to tell us about our love lives but some cultures spent lots of time and energy into researching what's in store based on the stars.

Communicating with others about when the monster will be stunned or knocked down helps plan ahead so that you can maximize the stored energy to its fullest potential.

Using only the energy stored in the battery, ELR's initial range is about 35 highway miles, or 82 MPGe, of electric driving, depending on terrain, driving techniques and ambient temperature.

The vehicle's lithium ion battery pack stores enough energy to provide about 30 miles of all - electric driving.

The whole system can store about 17 percent more energy than was possible in the 2014 racer.

An Advance package (late availability) includes those optional features as well as lane - departure warning, automatic high beams and an energy capture system called i - Eloop («intelligent energy loop») that can store energy during deceleration to a capacitor, which can then power air - conditioning, lighting and accessories for about a minute while the stop - start system shuts down the engine at a stoplight.

The battery can store enough energy for an all - electric driving range of about 2.5 miles at an average speed of 22 mph.

The whole point of financial independence and freedom that Mike was just talking about is that you should try not to waste or squander this stored life energy.

Coupled with the «atmosphere stores only about 2 %», I figure this works out to 163,200 quads of energy in 30 years.