Posted by admin on August 26th, 2010 — Posted in Drugs, Hall Of Science
As organic based fuels become much more scarce, scientists are pushing for the research and development of green alternative fuel. A plethora of potential energy sources have been suggested: wind, solar, water, and nuclear to name a few. Although they are organic, not all are available globally 24/7. There’s another option, one that is perpetual and discovered right under our feet: geothermal energy.
The effects of coal and petroleum have left a sour taste in humanities mouth, which now seeks to find power that’s cheap, renewable, and ecologically friendly. Despite utilizing the sun, wind, water and nuclear energy for electrical power, there is stil one organic resource that has yet to become harnessed. One that’s inexpensive, abundant, and efficient: geothermal energy.
So that you can fully comprehend why geothermal power is so essential, here is really a broken down explanation.
What Exactly Is Geothermal Energy?
Geothermal energy (literally heat from the earth in Greek), is a phenomena caused by the constant decay of minerals within the earth, absorption from the sun’s rays, and the radiating heat from the Earth’s core, with a temperature of about 9,000 degrees Fahrenheit. Simply because of this, it is perpetual and is discovered nearly everywhere within the world.
How Does it Work?
So that you can produce electricity, the real power source utilized in homes and offices, turbines need to become spun at power plants which charge a generator. Water and wind directly charge the generator while sun and nuclear power indirectly turn them via steam. With geothermal power, heat extracted from rocks and hot springs radiates via turbines with steam. Usually, most geothermal plants harness energy through heated water. However, new technology is being created that may harness thermal power directly from magma and with water can flash create steam to spin turbines.
Efficiency?
According to the United States’ University of Florida, Hawaii, the island state west of California, has one geothermal plant which produces about 25 megawatts of energy for about 5 cents per watt. In total; 1 geothermal plant accounts for about 1/4 from the entire states electrical power. One geothermal plant accounts for the same energy as about three nuclear plants. This is because geothermal power is run 24/7 unlike nuclear plants which spend time switching fuel rods and shutting off the core each night.
Abundance?
Wherever there is earth, there is geothermal power. However, land near tectonic plates, where volcanos, earthquakes, and geysers are discovered, are the easiest places to extract heat. The only thing this means is thermal plants not in these areas should dig deeper to access more heat.
Environmental Effects?
The only waste created is going to become heat; not so bad! Additionally, geothermal power plants are smaller than most, reducing visual pollution and preventing sights like “wind vane forests”.
So there you have it. Geothermal Energy provides promising gains for humanity. With the efficiency of nuclear energy without the waste or visual pollution, it provides the best gains of any from the option fuels.
Discover more info about Geothermal Energy
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Posted by admin on July 27th, 2010 — Posted in Education, Hall Of Science, House Of Mathematics
It is algebra that we employ to get our everyday things done. The mankind forever keeps counting, measuring, dividing, and multiplying.
History of Algebra
Invented in the first millennium BC, algebra has its roots in the middle-east. The ancient geniuses applied algebra for solving daily problems while the Asian or rather Chinese counterpart applied geometry for the same purpose
What is the Nature of Algebra?
Although you may see algebra as solving formulas, simplifying rational expressions, and converting fractions to decimals, algebra is one of the sciences that has the to the highest degree of applicability when it comes to the real world. Through a systematic foundation of this knowledge (Algebra I, Algebra II, and College Algebra), the education system makes us mindful of the mathematical tools utilized for daily life.
Algebra I
The students are given an introduction in this study course to numbers, solving linear equations , graphing systems of linear equations , graphing linear inequalities, laws of exponents, resolving linear equations , and factoring polynomials. This course sets the base for the rest of the sophisticated algebra waiting to be searched in the next two stages.
If a student is keen on learning algebra down to its roots, then this is a subject field course that should be undertaken well.
Algebra II
Once the pupils are competent with Algebra I concepts, Algebra II can be taken up for expanding the spectrum of this incredible segment of mathematics. There are two aspects of Algebra II; emphasizing more on the topics studied in Algebra I and introduction to new concepts. When it comes to the new introductions, adding and subtracting matrices, quadratic functions, resolving exponential equations, probability and statistics are fundamental.
In this stage of study, pupils are supposed to concentrate more on the fundamental constructs.
College Algebra
This is one of the most critical stages of studying Algebra with almost no new topic introduced. I assume it is rather comic, but this is the nature of maths. Do you know why mathematics is called the queen of all scientific disciplines ? That’s because of the unforeseeable nature of mathematics!
How to get help on Algebra?
There are many methods and tools accessible for getting assistance for Algebra subject areas. The first and the foremost essential source is an Algebra instructor from whom you can get help and assistance.
In addition to the above methods, pupils should never underestimate the use of Algebra software package that is especially designed to solve algebraic problems with illustrative steps. This software really brings insight in to Algebraic procedures of solving equations, by providing pupils to simply watch and learn through examples.
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Posted by admin on June 16th, 2010 — Posted in Hall Of Science
It’s the holiday shopping season, and Grinning Planet would like to point out that the holiday phrase “Ho, ho, ho!” also relates to being green–it’s the Jolly Green Giant’s tagline. Well, OK, that doesn’t exactly get us to the “eco-friendly” meaning of being green. But when shopping for holiday gifts, there are a number of ways we can be environmentally friendly.
All manufactured items, including gifts, require material and energy to be produced, and production and transportation of the items results in some level of pollution. Here are a couple of ways to make sure those resources aren’t a waste:
1) Useful Gifts — One of the best ways to ensure the resources related to your gift don’t get wasted is to make sure your gift doesn’t end up gathering dust in a closet. While “surprises” can be nice, giving someone a gift out of the blue without any clue whether they’ll truly like it or use it may get you one of those half-hearted “Um, oh, cool, thanks” responses. A different approach is to ask your giftees for wish lists, which works especially well within families, where social protocols and rituals can be more easily adjusted. This lessens the surprise factor but guarantees that you’re giving a gift that the person will use.
2) Drawing Names — As families and circles of friends grow, the number of gifts being exchanged can increase rapidly. Rather than each person within a group giving a gift to every other member of the group, names can be drawn so that each person gives gifts to only one or two people. This reduces the overall amount of resources related to presents and will reduce your holiday stress level. It may be too late this year to implement such a strategy, but if you’d like to try it next year, suggesting the change to your family/friends just after this holiday season will give people time to think about it and adjust to the idea.
Regardless of how you arrange your gift giving, choosing environmentally friendly products will be better for the planet than buying everyone an economy sized bottle of cloying cologne or some other non-green item. When looking at items claiming to be green, the US Federal Trade Commission advises that shoppers look for quantitative or specific claims, rather than general claims like “green,” “eco-friendly,” or “environmentally safe,” which are open to interpretation. Better descriptions are things like “made from organic cotton,” “made from 50% recycled materials,” or “manufactured without animal testing.”
Here are a few categories of gifts that would be more eco-friendly than some others:
1) Organic — A gift basket of food is a typical holiday gift that’s even better if at least part of the basket is filled with organic yummies. If you know someone who is a coffee lover, they will flip over the bag of organic gourmet coffee you give them. Organic flowers are available, as are flower arrangements that are not organic but whose growers minimize their use of chemical fertilizers and pesticides. Organic cotton clothing and bedding are also making rapid gains in popularity.
2) Fair trade — Buying fair-trade items–items typically made by indigenous peoples–often helps the creators sustain themselves without resorting to environmentally unwise practices such as clearcutting forests. Whether it’s art, coffee, chocolate, soaps, or carpets, buying items labeled “fair trade” lets you avoid purchasing gifts that were produced by companies that use exploitative labor practices.
3) Recycled — These days, lots of things are made out of recycled materials–from works of art to clothing. A great holiday gift might be some of the very cool clothes they now make from recycled cotton. Some eco-friendly clothing even includes 50% fibers from recycled plastic bottles.
4) Honorary Gifts — How much stuff does anyone really need? Once we reach a certain age, getting more “stuff” is as much a storage problem as anything else. Donating money to a person’s favorite charity or cause in their name is a nice substitute.
To some extent, a nice holiday get-together with family and friends, full of good cheer and warm conversation, is as good a gift as many of us really need. But for the instances where a gift is appropriate, here’s a good starting point for your eco-friendly shopping: Grinning Planet’s Green Products and Services page ( http://www.grinningplanet.com/5005/green-products-services.htm ).
(Disclaimer: Grinning Planet does not receive any commission from the companies listed on the Green Products and Services page.)
Finally, we’d like to put in a word for our dear departed Uncle Freeman. When cash got short, he still never skimped on the Christmas gifts–he just sent them C.O.D.
For jokes, cartoons, and more great environmental information, visit http://www.grinningplanet.com .
© 2003 by GrinningPlanet.com
You have permission to publish this article electronically or in
print, free of charge, as long as the bylines are included. Must
be published complete with no changes. A courtesy copy of your
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About the Author
Mark is a writer, financial analyst, web developer, environmentalist, and, as necessary, chef and janitor. Grinning Planet is an expression of Mark’s enthusiasm for all things humorous and green, as well as a psychotic desire to work himself half-to-death. Hobbies include health foods, music, getting frustrated over politics, and occasionally lecturing the TV set on how uncreative it is.
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Posted by admin on May 12th, 2010 — Posted in Hall Of Science
This “high pulling” motion should mimic the task of pulling back on a bow (like shooting a bow and arrow). Once the kettlebell reaches this elevated position then to finish the lift you must vertically punch your palm towards the sky locking your elbow and shoulder into position. This is where you will achieve every physical superior trait you need to be very effective on the soccer field. By implementing this lift you will be able to be much more physical with your soccer game, thereby making it much more difficult for your competitors to step on the same field with you.No matter what your goal, use he big three as a rule to achieve strength training, performance, or physical appearance related goals:* 1) Mental Attitude (self-image, and goal setting, & motivational techniques)* 2) Nutrition (natural & organic foods, frequent snacks, balanced meals)* 3) Exercise (cardio, strength training, and flexibility)Use these three steps as a guide to developing a strength training program that fits into your schedule and works towards your goals. The chest and back muscles and legs into a weight training routine. You will notice by continuing to concentrate on strength training, soon you will reap the benefits of losing the belly fat. Belly fat is generally the first place weight falls off. And here is the good news, the heavierIf you are unsure it makes good sense to purchase a simple beginners DVD or book to understand what exercises focus on which specific muscles, proper form, and analyzing your own fitness level so you have a good place to begin. catfights
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Posted by admin on April 1st, 2010 — Posted in Hall Of Science
Above the cut-in speed, the wind turbine kicks in and the grid power supply is proportionately reduced (depending on the structure?s energy draw at the given moment).If the output produced by the wind turbine exceeds the draw from the structure (and/or storage devices, like batteries), the excess power is then sold back to the pubic utility company. Use of wind energy can reduce a residence?s energy costs by, on average, 50-90%, though these numbers are influenced by a variety of factors and, as such, can fluctuate greatly. In a typical residence that uses under 10,000 kilowatt hours per year of electric power, a 5-15 kilowatt wind turbine should more than suffice. You can certainly decide to build a larger wind power generator and it’s large enough to power your home, and it will still be cheaper than purchasing one that is prefabricated, but it may be a good idea to start small and make sure you know how to do it correctly before you call the power company and ask them to turn off your electricity. DIY wind power generator is only one way that you can help to save the planet, and save money on your bills. You can order of all components and engineering equipments and depute your engineers to bring models from other companies. Then they should be trained up properly for making your own turbine by getting it vetted by a technical consultant who has had the previous experience of making a turbine by his or her own skills. How to make your own wind turbine will cover the aspect of removing bottlenecks in this paragraph. Correct turbine blades, wind tower which should be sturdy and correctness of cowl and safety bringing methodology by production of ones own wind turbine for reduction of energy costs can help remove all bottlenecks in the process of production of ones own turbine at an economical price to suit the needs of the company using it. Deep cycle batteries should be used and not car batteries. Used Wind Turbines
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Posted by admin on January 11th, 2010 — Posted in Hall Of Science
Oil Forever ? We all know that this country needs to reduce its dependency on Foreign oil. The question is how (and how long). Recently Ford Motor CEO Bill Ford addressed his concerns, perhaps leading one to question how long it will be before demand exceeds production. Also; one hopes that his calls for Energy summits are of value. Perhaps Mr. Fords concerns will nudge the members of congress and the white house to get off their duffs and adopt some energy policies that will make us less dependent and not locked into an inflated oil price venue. I’m sure Mr. Ford realizes they developed the Gas Guzzlers and some adjustments need to be made.
Lets look at some facts: Foreign oil dependency has not been reduced. New regulations simply slowed the growth. The average gas mileage for new vehicles has gone down for the last 15 years. Technological advances did not improve efficiency during these years. Manufacturers created Faster, Larger and more Powerful vehicles. Should the people who choose to continue buying these gas guzzlers be charged higher fees on certain items to offset the loss of reserves, etc? (Probably won’t happen).Yes; Demand was there for these vehicles and still is for some models, but these types of vehicles have proven to be a burden on our oil imports and reserves. If you feel you deserve a Credit, there is an Energy Bill Credit for buyers of Hybrid vehicles in 2006 (limited amount).
The high cost of Oil, etc. will have a huge impact on many consumers this heating season with many experts predicting heating bills expected to surpass last years by as much as 50 to 75 percent. This places a huge burden on many households (lower incomes, etc) and always comes at the time of the year when they can least afford it. Gas prices (at this writing) have come down somewhat but still quite high by most standards. Speaking of Gas prices, some states are asking for a vote each year in order to justify a Gas Tax increase , no increase, or would you believe - a decrease ? Well, the latter would probably not come into play.
Many question why we don’t have an alternative to Fossil fuel. Well; there is. Usually the problem is they are to expensive and or simply just not available to some. One such fuel would be ethanol - from Grain. Lets look at one particular form of Ethanol - E85. E85 is a blend of 85 percent Ethanol and just 15 percent gasoline. Just that statement alone sounds good. But wait, Ethanol burns cleaner than gasoline, produced in our own country, renewable, good for the environment, (reduces emissions) and reduces our dependence on foreign oil. E85 can also be purchased for less - some areas as much as 40 to 50 cents a gallon cheaper than we pay for other gasolines. So what is the problem ? E85 can only be burned in certain vehicles and is not available in many areas although distribution points are increasing. This (E85) seems to be one of the more attractive alternatives at this time and we can hope for further use of our resources. Another form is Hydrogen and Fuel Cells. Fuel Cells are like batteries. Fuels similar to Hydrogen gas or Methane are combined with Oxygen. The result - Electricity. Some cities are testing the Fuel Cell powered vehicles but it would appear that this form of power is more costly than anyone (lets say most) could afford, at least for now.
Some interesting figures on Oil production (and probably higher at this writing).
World production ————- 75 Million Barrels a Day 27 Billion Barrels a Year US Consumption ————– 19 Million Barrels a Day 7 Billion Barrels a Year US Production —————– 8 Million Barrels a Day ( a shortfall of 11 Million Barrels).
Question - Can we run out of Oil? Surely; but probably not in the near future. If we estimate our consumption, reserves, etc, it appears we have enough oil to last us somewhere in the 25 to 30 years area. This assumes present consumption. If we consume more, we have less time. If we are more conservative, that gives us more time. Many people would not know we (US) are the second largest producer of Oil(very close to Saudi Arabia’s production). Reserves are also very interesting. Many people also would not believe our neighbor to the north (Canada) has the second highest amount of oil reserves (Saudi Arabia is number one).A survey done recently estimates that there are three or four times the amount of oil reserves we have today waiting to be pumped to the surface. We have the time to develop an alternative means of Fuel, Power, etc. Business leaders along with the Government can make it happen if they work together. It will never be easy but we have no alternative and Wait and See is not an option.
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Posted by admin on January 10th, 2010 — Posted in Hall Of Science
Do you share your home with ants? How about bees or wasps? Perhaps you don’t want to admit to hosting roaches. You are in good company. Millions of homeowners struggle with evicting unwanted insects and bugs that invade their homes and take up residence, establishing colonies that can number in the thousands. Some bugs, like spiders, are relatively clean and do their share of chores by eating other insects, such as flies. But there are those that harbor bacteria or leave feces lying around that can stir up allergies or contaminate food left sitting out. Some flying insects can be downright lethal for those who are allergic to bee or wasp venom, should they be stung. To keep your home pest-free as much as possible, follow a few simple tips like these to discourage bugs from moving in with you.
1. Keep food and beverages covered. While a bowl of apples and oranges sitting on the dining room table might prove harmless, don’t let kids toss peels on the floor or leave cores lying on tables. Their sweet scent can attract bugs from quite a distance if the windows or doors are open, albeit covered by screens. Keep lids on the butter dish and cookie jar, and put away any food that will not be eaten soon.
2. Clean up promptly. Don’t let sugar granules sit on the kitchen counter. Pop stains need to be blotted and then cleaned with soapy water. Empty pop cans or dirty dishes should be put in their respective receptacles immediately. Chip bags or cookie pouches need to be tightly closed and clipped or folded. Remember that the scent of food, though almost indiscernible to humans in these amounts just described, may prove irresistible to lurking ants, bees, or other types of bugs who are hungrily sniffing the air.
3. Eliminate standing water. Fix leaky faucets, unclog drains, and clean up yard puddles. Check under the sinks or in the tubs as well as around hoses or water tanks to patch leaks. Many types of insects are drawn to damp or moist areas, especially those that are located in the dark. Get rid of these watering holes to keep bugs at bay.
4. Seal cracks, holes, and openings. Inspect your home’s foundation outside and patch any openings where insects could get inside your home. Do the same indoors by checking around window and door frames, as well as baseboards and cupboards. Look through the basement and attic to see if you can find areas where bugs might be able to find an entrance.
5. Don’t let pet food or snacks sit out in the open. Give your dog or cat just enough to eat for each meal, if possible. Certain insects, like flies, love pet food and will make every effort to reach it, attracted by the strong scent, in your garage or inside your home.
6. Keep the yard clean. Pick up fallen fruit from apple trees or other fruit-bearing plants, especially those located near your home. Keep garbage cans tightly closed and clean outside as well as inside, as much as possible.
Lacking food, water, and a welcome, most bugs won’t hang around very long. If they do, you can always resort to natural pesticides or bug traps.
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Posted by admin on January 10th, 2010 — Posted in Hall Of Science
Aside from home ornaments and jewelries, you have probably heard the term brass on brass bands. Do you know why a brass band is called a “brass band”?
Some people may actually believe that brass bands are called as such because the instruments the musicians use are made of brass.
By definition, a brass band is a group of musicians who plays brass instruments along with percussion instruments. Brass instruments are technically defined as instruments whose tones are produced by vibrating the lips through a resonator. Examples of such brass instruments are the trumpet and the horn.
According to music scholars, the term “brass instruments” is a misnomer. Not all brass instruments are made of brass. Some brass instruments are actually made of wood like the cornett. Some other woodwind instruments, on the other hand, are made of brass but are not exactly categorized under the brass instrument family. An example of this brass woodwind instrument is the saxophone.
Therefore, brass bands are not called “brass bands” because the instruments the musicians use are made of brass. The word “brass” in the term brass band actually refers to the type of sound an instrument makes.
But what exactly is “brass”?
Brass is an alloy or a combination of copper and zinc. Usually, brass contains more than fifty percent of copper but it is generally harder compared to copper. It is a malleable and ductile alloy that can be hammered into leaves or strips and designed according to one’s desire. These characteristics make brass a prevalent option for decorating wares.
Brass has a yellowish color which makes it look so much like gold. Because of this, brass has been used as a cheap substitute for gold and the term “brassy” used to refer to denote one being tasteless and showy.
There are different categories of brass depending on its zinc and copper ratio. Alpha brasses contain less than thirty-five percent zinc and are best utilized when they are cold.
Alpha-beta brass is 35%-45% zinc and is commonly used while it is hot.
Beta brasses have 45%-50% zinc content. It can only be used while hot and is preferred by metalworkers to use for casting. Beta brasses are also harder and stronger compared to other types of brass.
Brass that contains more than 50% percent zinc is called white brass and is usually too brittle to use.
Calamine brass is a combination of calamine (a zinc ore) and copper. It is a specialized type of brass because it uses a different type of zinc (calamine) instead of the usual metallic zinc used to create brass.
Another particular type of alpha brass is a brass that contains 75% zinc and 25% copper. It is called Prince’s metal or Prince Rupert’s metal named after Prince Rupert of the Rhine who was a commander of the Royalist cavalry during the English civil war.
Brass has been used all through out history in different fields - may it be in art, or in trade and commerce. In ancient times, Romans used brass to make coins, decorate their jewelry and to adorn their armor.
After the middle ages, the use of brass increased as craftsmen incorporated it in making clocks, plates, chandeliers and other household items. A particular town called Dinant (currently called Belgium) was the most profuse creators of brassware during those times. They created large brass dishes and exported these wares into the Netherlands.
The Islamic East was also known for creating brass wares and braziers. Evidences of their craftsmanship can be found in Venice where 15th century well-wrought bowls, dishes, and candlesticks were shipped there by Eastern merchants.
Brass was also particularly popular in 18th century colonial homes in North America. Brass chandeliers made in England and the Netherlands in the 17th century are quite prevalent adornments in these colonial houses. In addition to this, brass drawers incorporated into furniture were considered to be well-liked during that era.
Although brass has survived the time and enjoyed its popularity during those ages, brass is considered as a modern alloy. It was only utilized up until the 16th century. In ancient times, people use the word “brass” as a term to refer to any alloy mixed with copper. The brass that ancient people used to refer to was probably bronze, an alloy of copper and tin. Nowadays, people already have a clear distinction between brass and bronze.
Aside from being a popular material all through out history, brass has also undergone different “misrepresentations” when it comes to its name. But even if it is less regarded than gold, brass has stood the test of time and has proven to be a material of high class.
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Posted by admin on January 5th, 2010 — Posted in Hall Of Science
For those of us who were fortunate enough to catch Discovery Channel’s latest spine-gripping, docudrama, SuperVolcano this past weekend, we were made aware of the chance that Yellowstone National Park’s Super Volcano could be a literal, explosive and catastrophic time bomb.
Though many common, external traits of volcanos are viewed as Mountainous peaks and regions like that of Mount St. Helens Yellowstone’s ’supervolcano’ is unique. It is one of the world’s largest active volcanic systems. In the last few million years, it has spawned several, massive volcanic eruptions; and relatively, it is likely to occur again. Because of its possible danger, the US Geological Survey, the University of Utah and the Yellowstone National Park combined forces to create the Yellowstone Volcano Observatory This observatory keeps a vigilant watch of regional activity.
Mesmerizing
Yellowstone’s effervescent hot springs and magical geysers woo visitors by the millions every year. Unwittingly, most of these spectators have no clue as to how these natural wonders come to surface. Merely miles beneath them, brews a huge reservoir of an estimated 1,475-degree Fahrenheit, magma that fuels heat to produce these wondrous spectacles.
Meanwhile, its breathtaking scenery and natural wildlife illudes patrons of its below-ground, boiling carnage.
Destructive
If and when Yellowstone blows, it could possibly emit massive volumes of magma that would evolve into a Pyroclastic Flow. This flow would catapult in multiple directions, causing the ground to collapse, and create large volcanic calderas
Based on the film, worst-case scenerio would prove cataclysmic. Not only would nearly everything in its deadly path be destroyed, but its treachery would amiss worldwide in large-scale environmental hazards.
In all of its awesome and hypnotic beauty, Yellowstone typically incurs anywhere between one to three-thousand earthquakes annually. Though scientists lay claim that renewed volcanic activities will more than likely be nonexplosive lava eruptions, Yellowstone has had several, lethal volcanic events. Its last catastropic eruption occurred 640,000 years ago. To date, modern science cannot reliably make accurate predictions of when another cataclysimic event will inevitably occur at Yellowstone.
In a race against time and eruption-cycle averages, one can only hope that FEMA and other worldwide organizations will come up with life-preserving measures that will, at least, keep the spark of life alive on planet Earth should such a cataclysmic eruption happen.
Would you like to add your thoughts and opinions to this segment? Feel free to interact with Holistic Junction’s forum on Yellowstone by going to our Home Page and clicking on the hot topic forum thread: Yellowstone - A Ticking Time-Bomb?
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Yellowstone - A Ticking Time-Bomb?
Copyright 2005 - All Rights Reserved
by C. Bailey-Lloyd
aka. LadyCamelot
About the Author
C. Bailey-Lloyd
aka. LadyCamelot
Public Relations’ Director &
Staff Writer
Holistic Junction
Media Positve Radio
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Posted by admin on October 24th, 2009 — Posted in Hall Of Science
I have to produce?The majority of homes use approximately 9,400 kilowatt-hours (kWh) of electricity per year (about 780 kWh per month)Depending on the wind speed and size of the home you would need to generate between 25 and 30 kWh per day. Will I help the environment if I use wind power?Yes! Wind power does not produce pollution like other sources of energy. Over it’s lifetime a wind power system can save approximately 1.2 tons of air pollutants and 200 tons of greenhouse gases (carbon dioxide and other gases which cause climate damage).This is the reason why there are many utility companies which offer you to buy the electricity back when they are not required by you. The wind turbine used for the domestic wind power production is smaller than the commercial ones but they are sufficiently effective. Moreover this is going to cut down the electricity bills significantly. Benefits of Wind PowerThe most important and significant benefit of using wind power is that this reduces the level of pollution remarkably. The wind turbines work on the simple principles of transformation of energy and this is the reason why there is no way the environment will get polluted because of this. If you have ever wondered about whether or not wind power is a viable option for you, you have without a doubt asked yourself about what the benefits and disadvantages of wind power are. In this article, I want to briefly explain about some of these advantages and disadvantages that I have learned about in my research. As for benefits of wind power, there are many.
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