DOE F 470 1 Cdr U S Department of Energy Energy 2005

The DOE's efforts are centered around two priciples:- energy efficiency - energy conservation These two approaches then applied to various areas such as:- home heating strategy- home cooling strategy-weatherization- design - saving electricity and fuel by energy efficient appliances, lighting, vehicles etc. An example in the area of lighting is transitioning to LED, please visitForestfern.org  for a short 1 minute video about practical considerations when transitioning LED.  An example of home cooling strategy: Set your thermostat to at least 78°F when you're at home and need cooling. Use a programmable thermostat to increase the temperature when you're away and return it to a comfortable level before you're home.Use natural ventilation when possible. Open windows and turn off your cooling system if it's cool at night and in the mornings.Use energy-efficient window treatments and close them during the day to block sunlight and radiated heat from outdoors.Using ceiling fans when you're in the room. You can raise thermostat setting 4 degrees without affecting comfort. But remember to turn off fans when you leave the room—fans cool people, not rooms, by creating a wind chill effect.Find air leaks and seal them with caulk or weatherstripping to prevent warm air from leaking in.Limit the heat from your appliances. Cook outside on a grill, and try not to use the washer, dryer, and dishwasher during the heat of the day. Use a fan when showering and range hood when cooking to remove heat and humidity from the home.Move lamps, TVs, and other appliances away from your thermostat. The extra heat can cause the air conditioner to run longer.When landscaping, consider adding shade to block solar heat during the hot summer monthsEnergy Saver | Department of EnergyPlease make sure to check out http://Forestfern.org for transitioning to LEDThank you

As a former Deputy Assistant Secretary of Energy I found the DOE to be quite efficient---particularly when compared for example to General Motors, AIG, Lehman Brothers or hundreds of other gigantic entrepreneurial endeavors. Exxon-Mobile is far less efficient than the Buteau of Land Management at the Department of the Interior or NOAA (our weather agency) --a small part of the Department of Commerce. I know because I worked for the private behemoths as a private lawyer and lobbyist but also for five US Government Departments including Sate, Defense, Interior, Commerce (as a consultant) the Energy Department and the FAA.  I've never run into a more screwed up government bureaucracy than I saw at GenerasMotors. Pilot error, bad weather, and bad maintenance  causes most airplane crashes --not the FAA's air traffic controllers. In general, government works better than companies whose driving motive is greed for executive salaries and bonuses and inflated stock prices. We have an unearned and fairly dumb American bias against government and in favor of free enterprise where profits come ahead of the safety and welfare of the people. Government screws up things from time to time but not out of money grubbing greed. Just honest mistakes.  Why do you suppose our great Republican president Teddy Roosevelt got our anti-trust laws written and passed. He did it because the country was being taken over by a massive oligarchy--just like today more than 100 years later. Men and women pursuing only money need to be controlled and regulated or coal dust will be in all of our lungs.

Ohh they just ensure that the United States nuclear arsenal is properly maintained, and that the warheads don't accidentally explode. They also ensure that nuclear power plants are run safely. People tend to get upset at the prospect of an unrequested fission surplus.But in all honesty, these functions could be outsourced to the private sector. After all, energy companies like Enron, and First Energy are a paragon of proper oversight and public trust.

The US Department of Energy does not currently fund any research in the areas of dark energy or dark matter.You may be thinking of the National Science Foundation (NSF), which funds such efforts with some advisement from the DOE and NASA, such as JDEM (the Joint Dark Energy Mission) and the Dark Energy Task Force (convened by the White House Office of Science and Technology Policy as a working group under the National Science and Technology Council).The reason that astronomers and physicists have interest in dark energy/matter is because observations to date show that the universe is expanding at an accelerating rate. The acceleration, however, is inconsistent with current models and implies that there exists an as of yet unaccounted for phenomenon that is causing the discrepancy. We can model it simply enough mathematically and have proposed several hypotheses to explain it. There is, of course, the immediate interest of simply exploring something unexplained, but also the ramifications of an explanation could also be far signNowing in astronomy, nuclear physics, propulsion systems, telemetry, and possibly give further insight into the underlying relationships between the fundamental forces of nature.It’s a bit short-sighted to call research into the issue a waste of money, since an explanation could have profound practical consequences.

Your question is a bit hyperbolic as the U.S. Department of Education is not always incorrectly referred to as DOE. While the official abbreviation is ED, people have a natural tendency to guess at the most likely abbreviation for any given entity rather looking it up, and DOE makes total sense if one is not aware that the U.S. Department of Energy also exists and officially utilizes the DOE abbreviation.I’ve most commonly used the abbreviations ED and DOE to refer to the U.S. agencies for Education and Energy respectively but I’d use the context in which an abbreviation was used to guess which agency someone was referring to if it was unclear.Can using abbreviations cause frustrating mis-communication? Certainly. However, context clues and clarifying what someone is referring to helps!

this can get you startedEnergy densityalhough they use the unit of joules, MJ per liter or kg. Lithium ion batteries are in the list

The potential energy of an electron is nothing but potential energy between two charges. One is the electron and the other is the nucleus. One charge is +Ze (Z is the atomic number. And since there are Z protons, the charge of a nucleus is Ze) and the other is -e (e is electron charge).The electric charge on an electron is about [math]1.6 * 10 power -16[/math]I hope you can work out the rest using the coulomb potential energy formula.[math]kq1q2/r , where k = 1/4*pi*epsilon[/math]r is distance between the charges and q1 and q2 .Clearly the PE is inversely proportional to distance and distance is proportional to square of n (principal quantum number). So, four times decrease.KE of an electron like any particle of finite mass is [math]mv^2/2 = p^2/2m [/math]where p is linear momentum.Linear momentum and length of orbit 2*pi*r are related. But before we get to that, electron wave length is equal to orbit length/ n and linear momentum is related to wave length as [math]p = h/wavelength.[/math]Work it out and you would get that KE is proportional to radius and hence square of n. (You should try to solve all the bits I have left out or you will never be able to solve problems like these)

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