Ok I need to amend my take on prophecy

.
This happens first:


Rev 6:12 And I beheld when he had opened the sixth1 seal, and, lo, there was a great earthquake; and the sun became black as sackcloth of hair, and the moon became as blood;
Rev 6:13 And the stars of heaven fell unto the earth, even as a fig tree casteth her untimely figs, when she is shaken of a mighty wind.
Rev 6:14 And the heaven departed as a scroll when it is rolled together; and every mountain and island were moved out of their places.
Rev 6:15 And the kings of the earth, and the great men, and the rich men, and the chief captains, and the mighty men, and every bondman, and every free man, hid themselves in the dens and in the rocks of the mountains;
Rev 6:16 And said to the mountains and rocks, Fall on us, and hide us from the face of him that sitteth on the throne, and from the wrath of the Lamb:
Rev 6:17 For the great day of his wrath is come; and who shall be able to stand?

This event I suppose is right around the corner. Like as in very close. Close enough for the hairs on the back of my neck to stand up.

Another funny

Dummocrats

Especially since about a year ago I was tired of the liberal flemocrat adds popping up in my add bar at the top of the page(just cause I got a case of good spelling accidentally). I started misspelling and small casing the word scumocrats so that I would quit getting their adds.

And a hardy Sam MwaHaHaHaHaHa.

Ok my thoughts on Plame

I have jsut run across an article written by a Zacklyright that highlights the depravity in the Plame CIA investigation.

"In order for a crime to have been committed per the Intelligence Identities Protection Act (the Act) of 1982, Valerie Plame would have had to have been stationed overseas and operating undercover. Ms. Plame has not been stationed overseas since 1997. There are other requirements necessary to violate the Act but I don't think it's necessary to list those that have also not been violated when the foremost aspect of the Act was not violated."

Natural Gas Reserves

.
Natural Gas Technically Recoverable Resources

Natural Gas Resource Category(Trillion Cubic Feet)As of January 1, 2000Nonassociated
GasUndiscovered247.71
Onshore121.61
Offshore126.1
Deep81.56
Shallow44.52
Inferred Reserves232.7
Onshore183.03
Offshore47.68
Deep7.72
Shallow39.96
Unconventional Gas Recovery369.59
Tight Gas253.83
Shale Gas55.42
Coalbed Methane60.35
Associated-Dissolved Gas140.89
Total Lower 48
Unproved990.89
Alaska32.32
Total U.S. Unproved1023.21
Proved Reserves167.41
Total Natural Gas
1190.62Source:

Energy Information Administration - Annual Energy Outlook 2002

Home > About Natural Gas > Natural Gas Background > Supply OutlookNatural Gas Supply Outlook

Ample supplies of natural gas are available at competitive prices to help meet the nation's growing energy needs. Because natural gas is the cleanest burning fossil fuel, it is playing an increasing role in helping to attain national goals of a cleaner environment, energy security and a more competitive economy.The natural gas industry currently provides about 25 percent of the energy consumed in the United States, and accounts for 31 percent of the nation's energy production. It supplies more than one-half of the energy consumed by residential and commercial customers, and about 41 percent of the energy used by U.S. industry.One of the most frequently referenced estimates of conventionally recoverable U.S. natural gas resources is that of the Potential Gas Committee (PGC) of the Colorado School of Mines. Based on its 1997 report, total U.S. recoverable natural gas resources are 1,234 trillion cubic feet (Tcf), including the U.S. Department of Energy's (DOE) estimate of 166 Tcf of proved reserves. This translates into a 65-year supply at current production levels. Many energy experts believe that the United States has several hundred years of natural gas supplies.After a decade of weak demand, beginning in the mid-70s, which was characterized by falling prices and a supply surplus, natural gas demand in the United States has increased about 35 percent since 1986. The American Gas Association projects that natural gas demand will continue to grow well into the next century, and that there will be growing supplies to meet new demand at competitive prices.The supply surplus in the 1980s discouraged drilling activity. Despite the lower drilling levels, large amounts of new natural gas reserves have been found, primarily because of new exploration and drilling technologies. For the past decade, additions to proved reserves annually have averaged more than 90 percent of gas production. As natural gas demand increases and technology continues to improve recovery rates, it is expected that there will continue to be a high level of reserves replacement.The natural gas industry can respond quickly to demand increases by using both lower-48 state sources and by developing near-term supplemental sources. This short-term capability is found in four supply categories. They are:Uncommitted Nonproducing Reserves. There are significant gas reserves now available in the lower-48 states that are not being produced. DOE's Energy Information Administration estimates this nonproducing gas at 33 Tcf. Much of this gas could be brought to the market quickly (in less than a year), with an annual deliverability of about 0.75 Tcf.Canadian Gas. U.S. companies currently have contracts with Canadian producers and marketers to import significant volumes of Canadian gas. In 1996, about 2.9 Tcf was imported.Accelerated Infill Drilling. In the early 1980s, gas deliverability increased as a result of extensive infill drilling in known gas fields (adding new wells to existing fields to enhance extraction of gas). Many U.S. natural gas fields are excellent areas in which accelerated infill drilling would further increase production capability.Liquefied Natural Gas. There are four liquefied natural gas (LNG) terminals in the United States that were operational in the early 1980s. Two are operating today -- and all of them could become operational again, if demand warranted. Collectively, these terminals have the capacity to handle up to 850 billion cubic feet (Bcf) per year. In the event that additional gas supplies were needed in the United States, 200 Bcf could be realized from LNG within 12 months from the two terminals currently operational, and up to 500 Bcf/year with longer lead times.Overall, a short-term gas supply response potential of over 1.2 Tcf/year exists, most of which could be available in about a year. These additional sources should ensure that natural gas supplies will grow in response to rising demand.. Coalbed methane has become a significant supply source. It is currently estimated that more than 146 Tcf of methane can be recovered. Department of Energy statistics indicate that 1.0 Tcf of coalbed methane was produced in the United States in 1996.Two other sources of gas energy that hold potential for the future are biomass and urban landfills. Although these sources are renewable, market demand and the economics of production have limited their development. Biomass, which refers primarily to either land or aquatic plant material, can be processed to produce gas energy. However, further research in harvesting and conversion techniques are needed. Urban landfills currently produce about 4 Bcf of high-Btu gas a year.Large deposits of natural gas await discovery in the outer continental shelf (OCS) along the U.S. coastline. Currently, offshore areas provide about 28 percent of the total natural gas produced in the United States. Most of this gas comes from the Gulf of Mexico. In addition to proved reserves of over 30 Tcf, it is estimated that total OCS gas resources, including Alaska, amount to about 272 Tcf.. Future natural gas supply depends in large part on new technologies and on the economics of production. However, given the magnitude of the resource base from which future supplies will be drawn and the diversity of supply sources, there is no doubt that adequate natural gas supplies can be available far into the next century.

1. What Is Natural Gas and History of Use

Natural gas is generally considered a nonrenewable fossil fuel. (There are some renewable sources of natural gas; we'll discuss these later.) Natural gas is called a fossil fuel because most scientists believe that natural gas was formed from the remains of tiny sea animals and plants that died 200-400 million years ago.When these tiny sea animals and plants died, they sank to the bottom of the oceans where they were buried by layers of sand and silt. Over the years, the layers of sand and silt became thousands of feet thick, subjecting the energy-rich plant and animal remains to enormous pressure. Most scientists believe that the pressure, combined with the heat of the earth, changed this organic mixture into petroleum and natural gas. Eventually, concentrations of natural gas became trapped in the rock layers much like a wet household sponge traps water.Raw natural gas is a mixture of different gases. Its main ingredient is methane, a natural compound that is formed whenever plant and animal matter decays. By itself, methane is odorless, colorless, and tasteless. As a safety measure, natural gas companies add a chemical odorant (it smells like rotten eggs) so escaping gas can be detected. Natural gas should not be confused with gasoline, which is made from petroleum.History of Natural GasThe ancient peoples of Greece, Persia, and India discovered natural gas many centuries ago. The people were mystified by the burning springs created when natural gas seeping from cracks in the ground was ignited by lightning. They sometimes built temples around these eternal flames so they could worship the fire.About 2,500 years ago, the Chinese recognized that natural gas could be put to work. The Chinese piped the gas from shallow wells and burned it under large pans to evaporate sea water for salt.Natural gas was first used in America to illuminate the streets of Baltimore in 1816. Soon after, in 1821, William Hart dug the first successful American natural gas well in Fredonia, New York. His well was 27 feet deep, quite shallow compared to today's wells. The Fredonia Gas Light Company opened its doors in 1858 as the nation's first natural gas company. By 1900, natural gas had been discovered in 17 states. In the past 40 years, the use of natural gas has grown dramatically. Today, natural gas accounts for about a quarter of the energy we use.2. Producing Natural GasNatural gas can be hard to find since it can be trapped in porous rocks deep underground. Scientists use many methods to find natural gas deposits. They may look at surface rocks to find clues about underground formations. They may set off small explosions or drop heavy weights on the surface and record the sound waves as they bounce back from the rock layers underground. They also may measure the gravitational pull of rock masses deep within the earth.If test results are promising, the scientists may recommend drilling to find the natural gas deposits. Natural gas wells average 6,000 feet deep and can cost more than $75 per foot to drill, so it's important to choose sites carefully. On average, 27 out of every 100 exploratory wells produce gas. The others come up "dry." (The odds are better f or developmental wells-wells drilled on known gas fields. On average, 80 out of every 100 developmental wells yield gas.) Natural gas can be found in pockets by itself or in petroleum deposits.After natural gas comes out of the ground, it goes to a processing plant where it is cleaned of impurities and separated into its various components. Approximately 90 percent of natural gas is composed of methane, but it also contains small amounts of other gases such as propane and butane.Natural gas may also come from several other sources. One source is the gas found in coalbeds. Until recently, coalbed gas was just, considered a safety hazard to miners, but now it is a valuable source of natural gas.Another source of natural gas is the gas produced in landfills. Landfill gas is considered a renewable source of natural gas since it comes from decaying garbage. The gas from coalbeds and landfills accounts for three percent of the total gas supply today, yet their contribution could double by the year 2010.Today natural gas is produced in 32 states, though just three states--Texas, Louisiana, and Oklahoma-produce 61 percent of the country's natural gas. Altogether, the United States produces nearly 22 percent of the world's natural gas each year. In 1994 the United States imported 12 percent of its natural gas from other countries-mostly from Mexico and Canada.Transporting and Storing Natural GasHow does natural gas get to you, the consumer? Usually by pipeline. More than one million miles of underground pipelines link natural gas fields to major cities across the United States. Natural gas is sometimes transported thousands of miles by pipeline to its final destination. A machine called a compressor increases the pressure of the gas, forcing the gas to move along the pipelines. Compressor stations, which are spaced about 50 to 100 miles apart, move the gas along the pipelines at about 15 miles per hour.Some gas moved along this subterranean highway is temporarily stored in huge underground reservoirs. The underground reservoirs are typically filled in the summer so there will be enough natural gas during the winter heating season.Eventually, the gas reaches the "city gate" of a local gas utility. Here, the pressure is reduced and an odorant is added so leaking gas can be detected. Local gas companies use smaller pipes to carry gas the last few miles to homes and businesses. A gas meter measures the volume of gas a consumer uses.3. Who Uses Natural Gas and How Much?Just about everyone in the United States uses natural gas. Natural gas ranks number three in energy use, right after petroleum and coal. Twenty-three percent of the energy we use in the United States comes from natural gas.Industry is the biggest consumer of natural gas, using it mainly to manufacture goods. Industry also uses natural gas as an ingredient in fertilizer, photographic film, ink, glue, paint, plastics, laundry detergent, and insect repellents. Synthetic rubber and man-made fibers like nylon also could not be made without the chemicals derived from natural gas.Residences are people's homes. Residences are the second biggest users of natural gas. Six in ten homes use natural gas for heating. Many homes also use gas water heaters, stoves, and clothes dryers.Like residences, commercial use of natural gas is mostly for heating. Commercial use includes stores, offices, schools, churches, and hospitals.Natural gas is also used to make electricity. Just as the heat energy in coal is used to make electricity, so can the heat energy in natural gas. Many people in the energy industry believe natural gas will play a bigger role in electricity production as the demand for electricity increases in the future. Why? Because natural gas power plants are cheaper and cleaner than coal plants. Natural gas plants produce electricity about 20 percent more efficiently than new coal plants, and they produce it with far fewer air-polluting emissions.To a lesser degree, natural gas is making inroads as a transportation fuel. Natural gas can be used in any vehicle with a regular internal combustion engine, although the vehicle must be outfitted with a special carburetor and fuel tank. Natural gas is cleaner burning than gasoline, costs less, and has a, higher octane (power boosting) rating. Today more than 30,000 cars, trucks, and buses run on natural gas in the United States.Natural Gas ReservesPeople in the energy industry use two special terms when they talk about how much natural gas there is- resources and reserves. Natural gas resources include all the deposits of gas that are still in the ground waiting to be tapped.Natural gas reserves are only those gas deposits that scientists know, or strongly believe, can be recovered given today's prices and drilling technology. In other words, when scientists estimate the amount of known gas reserves, they do not include gas deposits that may be discovered in the future or gas deposits that are not economical to produce given today's prices. (You can think of reserves this way. if it cost you $10 to manufacture a box of yoyos that you could sell for $8, would you make the yoyos? Of course not! You would lose $2 on every box.)The United States has large reserves of natural gas. Most reserves are in the Gulf of Mexico and in the following states: Texas, Louisiana, Oklahoma, New Mexico, Wyoming, Kansas, and Alaska. If we continue to use natural gas at the same rate as we use it today, the United States has about a 50-year supply of natural gas, though another 200 years of additional gas supplies could be produced if people are willing to pay more for the gas they use.New Ways to Use and Produce Natural GasBecause natural gas is cleaner than coal or petroleum, scientists are researching new ways to use and produce it.Fuel CellsMany scientists are interested in using natural gas to generate electricity. Engineers have already developed ways to use coal/petroleum and natural gas together to generate electricity, but a device called a fuel cell can use natural gas alone. A fuel cell is similar to a battery. It uses a chemical process rather than combustion (burning) to convert the energy of a fuel into electricity. The chemical process is much more energy-efficient than combustion and it emits no air pollutants. Unfortunately, the technology to generate electricity from fuel cells must be improved if it is to be commercially successful.BiomassScientists are also researching new ways to obtain natural (methane) gas from biomass--a fuel source derived from plant and animal wastes. Methane gas is naturally produced whenever organic matter decays. Today we can drill shallow wells into landfills to recover the methane gas. Landfills are already required to collect methane gas as a safety measure. Typically, landfills collect the gas and bum it to get rid of it. But the gas can be put to work. Last year over four billion cubic feet of landfill methane gas was used for heating and electricity production.There are other ways to convert biomass into natural gas. One method converts aquatic plants, such as sea kelp, into methane gas. In the future, huge kelp farms could also produce renewable gas energy.Liquid Natural GasAnother successful development has been the conversion of natural gas into a liquid state. In its liquid state, natural gas is called LNG, or liquid natural gas.LNG is made by cooling natural gas to a temperature of minus 260 degrees F. At that temperature, natural gas becomes a liquid and its volume is reduced 615 times. (A car reduced 615 times would fit on your thumbnail.) Liquid natural gas is easier to store than the gaseous form since it takes up much less space. LNG is also easier to transport. People can put LNG in special tanks and transport it on trucks or ships. Today more than 100 LNG storage facilities are operating in the United States.4. Natural Gas Prices and the EnvironmentSince 1985, natural gas prices have been set by the market. The federal government sets the price of transportation for natural gas that crosses state lines. State public utility commissions will continue to regulate natural gas utility companies-just as they regulate electric utilities.These commissions regulate how much utilities may charge their customers, and they monitor the utilities' policies.So how much does it costs to heat your home with natural gas? Compared to other energy sources, natural gas is a good buy. Heating your home with natural gas is cheaper than any other major heating source. It is more than four times less expensive than electricity when you use resistance heat. It is 25 percent less expensive than electricity when you use a heat pump.Natural Gas and the EnvironmentAll the fossil fuels coal, petroleum, and natural gas-release pollutants into the atmosphere when burned to provide the energy we need. The list of pollutants they release reads like a chemical cornucopia-carbon monoxides, reactive hydrocarbons, nitrogen oxides, sulfur oxides, and solid particulates (ash or soot).The good news is that natural gas is the most environmentally friendly fossil fuel. It is cleaner burning than coal or petroleum because it contains less carbon than its fossil fuel cousins. Natural gas also has less sulfur and nitrogen compounds, and it emits less ash particulates into the air when it is burned than coal or petroleum fuels.

One final statement from me.

I read a national Geographic in 1997 that showed at current usage rates we had an estimated 1000 year supply of natural gas and a 1000 year supply of Coal. I haven't done a big ol' search through their archives (lazy I guess) I should have just stole the mag from the Doc's office, but I didn't-whoopy and who cares, but it is there buried in their archives.And finally these two articles were not written by me but they are free to the public links provided.

Our current annual consumption
Natural Gas
21.84
23.2 %
21.34 tcf/year

1190 divided by 21 roughly equals only 60 years worth.

WTF are we doing going to other countries for our energy supplies?!

Nuff said..

AAAAnd Here's Jesse

Jackson that is.

Evolution

I don't believe it.

Want to know which direction God's face is? Big clue.

Rev 20:11 And I saw a great white throne, and him that sat on it, from whose face the earth and the heaven fled away; and there was found no place for them.

Which way is the universe going? Look back that away you should find God's face.

Rosa Parks

One day I got a call for air conditioning to a Parks house. Yup you guessed it. No nononono-She was a cousin of Rosa Parks.

What a blessed lady she was you could see the glow of the Holy Spirit, well I could anyhow.

Never the less after I finished repairing her A\C and was kneeling next to her writing up her bill she told me that she was related. I listened (as she told me a story or two about her and Rosa's life. The story of her sitting on the bus and all. I asked because I really didn't know all that much about it. I know one thing, this white boy is glad Mrs. Parks did that. She not only helped her race she helped all of us live for a little while longer under a more free nation.

She is a shining example and reminder to us all that freedom isn't free but the rewards are worth the sacrifice and effort.

You are internal-Realist-Powerful

You feel your life is controlled internally. If you want something, you make it happen. You don't wait around for things to go your way. You value your independence and don't like others to have control. You are a realist when it comes to luck.You don't attribute everything to luck, but you do know some things are random.You don't beat yourself up when bad things happen to you...But you do your best to try to make your own luck. When it comes to who's in charge, it's you.Life is a kingdom, and you're the grand ruler.You don't care much about what others think.But they better care what you think!

The Three Dimension Luck and Power Test

From Sam

because I follow everything Sam does.

Groupy like.

And Jeb Bush

Son of a gun

Are these sites really real

Donald Rumsfeld

And Tom Delay

These guys are super hilarious.

Hey here is Bob Doles site too!

I'm in heaven, almost heaven. Bob the man I would vote for again.

Is this really Harriet Meirs Blog?

I uh-I don't know what to say. A reealy famous person has a comments section. Well tha sit. I have to add my support for a person of her ilk who would open herself up for the regular's to chat with.

Maybe the President can't wander around and glad hand like in the old days but something like this might be another way for the "have to be secluded for security reasons" to keep in touch with us.

AAAAnd here is the link.......Harriet Meirs

By the way she is having fun with the new found attention.

Is this funny or just gross.

EEEEEWwwww

Intelligent Design

About this intelligence, Albert Einstein wrote in his book "The World As I See It" that the harmony of natural law "Reveals an intelligence of such superiority that, compared with it, all the systematic thinking and acting of human beings is an utterly insignificant reflection."

People should know this

Why are people touring the Gulf of Mexico during hurricane season? I mean, little risky don't you think?

Could we just do one more little role play you know it could go something like this:

"Hey hey Martha what do you say we take a little visit down to the Yucatan Peninsula and see if we can catch a little wind maybe. Whacha think, we might get lucky and get stuck in a third world country with no water or electricity? We could only hope huh? What a story we would have if we survive."

You know I am all for taking a few risks, but temping God? Nu-uh. Not this guy. I understand that the prices are lower during the hot season down there but ah, I thought going there was supposed to be relaxing and I sure could think of other less life endangering ways to get a thrill or two. Maybe parasailing or something. I hear that is a riot. But you know. If you gotta go there it's your life. Never know you could have quite a tale to tell. Never know.

I have another complaint about customers

GET OUT OF MY WAY!!!!

God in heaven twice this week customers got so helpful that they got in the way. For the sake of Jesus get about 10 feet away from me and stay there. @#$% what if I should get bit by the ol buzz juice, which happens from time to time, aren't you risking your selves as well? GEES!

You weren,t helping me you were hindering me.
And for God's sake don't point at a part in the electrical box when it's hot! DUMB DUMB DUMB. That's 240+ volts your about to touch.

I can just see it now. BZZZZAP, gee sir I thought the worm went out of style about 20 years ago. SIR? You just bit your toung-ewww look at the blood. Or: huh where did the tip of your finger go sir? Are you barbecuing for dinner cause I smell meat burning?
Or: get a load of the Einstein hair.
Or: Do you know how funny you looked hitting yourself in the face jerking back like that? MWhahahaha.
Or: Guy must have a booger on his finger he can't get off the way he's shakin it around.
Or: What was that yell?
Or: Bllump! Sir are you alright, Sir? Sir?

Get the picture. Part of my job training included how to handle hazardous materials and just plain old hazards which include some of the worst that there are. Electricity and phosgene gas both of which can kill in moments come to mind. Oh you say you don't know what phosgene gas is? I'm sorry. Think 'Mustard Gas'. You know the stuff they used in WWI to kill with. Yup that's right I got to worry about that too. I ain't got time to deal with the really helpful customers, I GOT OTHER THINGS TO WORRY ABOUT, you know what I mean?

Just to recap this little ditty.
Don't be idiots and:

GET AWAY FROM ME!!!!

Mongolia

Very lovely.http://mongoliac.blogspot.com/

Veteran's day cancelled

This come's very close to me saying (deleted). This time the peaceniks have gone too far. I get this info via Samantha Burns to Michelle Malkin. I can't believe that the over sensitive peace mongers would be so insensitive as to pester wounded GI's at the hospital. The rest of it will inflame you as well.

The war protestors are interferring with the physical and mental health of the patients by creating a negative enviroment not conducive to healing, and that means the Government can make the idiots go away.

Intelligent Design

I have an argument for ID which was inspired by the debate over at HAC's place and I decided that I want to put it here as well. (scroll down to see the rest of this article)



Hey HAC. I believe in ID as well. And Chinga tu is right. ID is not verifiable or is it. E=mc2. A black hole, http://STARSPLASH/2005/08/dark-matter.html in this little article I ask one question which I have never in 20-30 years of reading everything I can get my hands on heard posed. Where is all this extra energy going? It cannot be in this Universe. I hate it when other people use the terminology "another dimension", but you answer that one and you may see mankind on the path to exploring this Galaxy and maybe the Universe.

How does this relate to Intelligent design? Einstein was interested in light. And in this one simple equation men have been brought to the point where we literally have our destiny in our own hands, but we can't seem to get beyond this little fence. Shall we be able to continue on or destroy ourselves? My point here is there is a structure and order so complex that we are yet to describe. In fact we are as far away from definition today as Newton was away from understanding that it wasn't velocity he was looking for but the absolute speed of light in his equasion, yet it was the step up in knowledge that Einstein needed for his layer of discoveries just as Einstein's were for the scientists of today's. The fact must be that there is another 'argh'place, "dimension", parallel,not coexistent but close enough and big enough to absorb all the infinite mass thrown at it from the black holes in this universe. What we call it or what you call it may or may not be important. As for me it is the place where an intelligent designer is and I for lack of a name will call him God. He is that he is. As far as I am concerned forever eternal and infinite as we are finite.

Why should we consider this in a debate over ID? We have learned to break matter down into energy but we haven,t learned to take energy and make matter yet. Energy is free from the constraints of this universe. Quantifiable but not described. Identified but not by feel or lack of it, not caught, captured, recorded, packaged and reproduced at a whim. Held in your hands but not. It is....We know it is...Can measure it or it's results but only know that it is there and we can practicaly utilize it in our quaint rudimentary way. Same thing with gravity.

Hac is right and I will surmise it my way. Evolution is a guess and not a practicality. Amusing at most for the time being but worth blood shed? I think not. It has boiled down to proud pompous men debating a scientific theory using only philosophy. Very amusing.

Intelligent design includes the very forces that rule our universe. Evolution does not. Evolution assumes they existed prior to the creation of this universe but E=mc2 says different.

BTW if your wondering, I think that "Dark matter" is not right. I think they should be looking for an as yet unknown force rather than mass.

Power Surges

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I used to wonder about power surges having never seen one. Now I know. The other day I was at a customers house and while I had my meter hooked up caught a sustained 450 volts. Woah! Normal voltage around here used to be 242v. I now understand why electrical appliances(including A/C equipment burns up).

Don't blame the electric coop I guess, but I am truly curious.

Wisdom for now

.
.
"It could be said"

The four most dangerous words in the English language. From these come a crock full of intellectual lies.

What?! What do you want from me?

Once uttered makes you a fisher and what you catch you may not be able to throw back.

I am stunned

I know that the Muslims are killing people every day but to see all the incidents listed at once.........Look at this.

Informative

The Evangilical Outpost

Combinatorial

This is the kind of new word generation I was talking about here.

By the way this is not a bad article from Entrepreneurship Clearinghouse.com.

His definition for combinatorial is to take ideas from several sorces and combine them to make something new.