Are you looking for a steroid to bring out the beast in you?  I’m not referring to something that’ll give you a nice pump, a few veins, and a kick in the pants for your workout.  Take some ECA is you’re just seeking something along those lines.  I’m referring to Halotestin, or Halo.

Halo has two purposes.  Many powerlifters take a single 10 mg pill prior to their workout.  For an hour, it changes them from man into animal.  We’re talking throwing around weights, yelling, nailing personal bests while cursing like a sailor – that kind of aggression.  Halo makes for some great workouts.  For decades, world-class powerlifters have used Halo (in untested events, of course) immediately prior to meets as well. 

Halo is also useful for bodybuilders seeking to add more hardness and stay focused as the final weeks of a pre-contest diet pass.  We all know that you feel like a zombie for that last month before the show.  Food is boiled and bland.  Cardio is long and endless.  You can’t sleep at night, and you’re using 75% of your previous weight on all your lifts.  You feel terrible.  However, the addition of Halo to your stack will return you to normal, and perhaps better, in very short order!  Halo causes no water retention – quite the opposite, actually.  Halo will bring out muscularity and cuts, and increase your power at the same time.

It sounds like a perfect drug, right?  Maybe we should use Halo year-round?  Think again, junior.  Halo is a highly toxic anabolic steroid.  If you plan on using it all year, you might as well place an order for a new liver now.  It’s just too toxic to be used in the long-term.

Dosing for workouts should be 10 mg prior to lifting, as mentioned.  As the final days of pre-contest dieting arrive, adding a second 10 mg dose in the morning immediately after awakening is acceptable.   If you’re a bigger athlete and you understand the threats to your health, you can take up to 40 mg per day, for 4 to 6 weeks, with little chance of long-term damage.  As always, you should have a blood panel completed before taking Halo, and during, to ensure your liver enzyme levels are staying in the manageable range.

Halo can be detected in your urine for up to 5 days after use.  This makes it not feasible to use on the day of a strength event.  Rather, it could be the catalyst in your training for those weeks leading up to it, ending with a taper approximately 8-9 days out to be completely safe.  If you’re competing in a higher level (state or national competition) there are metabolite tests which exist that can measure Halo use up to 8 weeks before testing.  Use Halo as a kick in the pants for the serious athlete.  It is never to be considered a tool that can be used year-round.  Consider it the ‘dynamite’ in your tool chest.  Very dangerous and powerful, but you can only use it once!

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Halochemicals are compounds that contain halogens, one of the group of elements that includes fluorine, chlorine, bromine, iodine, astatine, and the as-yet undiscovered ununseptium (the existence of the latter element has been shown, but it has not yet been synthesized).

Chemical and Physical Properties of Halogens and Halochemicals

All of the elements in the halogen group are characterized by their extremely high state of reactivity. All halogen atoms have an outer shell that contains seven electrons, and therefore is one electron short of being a full shell. This means that halogen atoms can gain the electron by reacting with other elements, which in turn makes halogens extremely reactive.

This high reactivity means that it is extremely rare to find halogens in their pure elemental form outside the laboratory. In nature, halogens are typically found as halide salts, and all “pure” halogens commonly exist as diatomic molecules, meaning that two atoms of a given halogen are bonded together.

Fluorine, for example, is so highly reactive that it can form compounds with several of the heavier noble gases, which are well-known for being largely inert. The only elements that fluorine cannot react with are the highly inert light noble gases helium, neon, and argon. Fluorine can also attack other types of inert material, such as glass.

All halogens can form compounds with hydrogen, each forming a strong acid called a hydrogen halide. Halogens can also react with each other, forming compounds called interhalogens.

Halogens are also used to create halocarbons. These are substances with one or more carbon atoms that are linked with one or more halogen atoms. The chemical reaction between carbon and halogen atoms produces strong chemical bonds called covalent bonds, which are not easily broken once formed.

Past and Present Uses of Halochemicals

Halochemicals have an extremely wide range of uses, and fluorochemicals alone are used in a variety of different ways.

Halocarbons have been used as solvents, adhesives, sealants, pesticides, herbicides, fungicides, and refrigerants, and have been used to create plastics and plasticizers (meaning they are added to substances to increase certain desirable physical properties).

Some halochemicals that were once widely utilized are no longer in use, due to concerns over toxicity, or environmental issues. Examples include chlorofluorocarbons (CFCs) such as Freon, many types of fluorocarbons (which were once commonly used industrial solvents, but now have a much more limited range of uses), and solvents such as carbon tetrachloride and trichloroethane, which were once available for public use but are now tightly regulated.

Two particularly well-used halogens are chlorine and fluorine, both of which are added to drinking water in many countries-chlorine as an antibacterial and antifungal agent, and fluorine (in the form of fluoride) to strengthen tooth enamel and help prevent tooth decay.

Many substances-including pharmaceuticals, and agricultural substances such as pesticides and herbicides-also benefit in terms of factors such as stability and potency from the addition of one or more halogen atoms. The addition of a halogen is carried out in a process called halogenation (this process can actually be done in several different ways, each involving a series of specific chemical steps). In many cases, the halogen added is fluorine.

In fact, fluorine is a component of a surprisingly large percentage of modern pharmaceuticals. The addition of fluorine atoms increases the stability and potency of many drugs, and fluorine is currently added to a wide variety of pharmaceuticals, including anesthetics, antacids, antifungal and antibiotic medicines, antidepressants, steroids, cholesterol lowering agents, and anticancer chemotherapeutic drugs.

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When anyone talks about a powerful pickup truck and stylish pickup truck then only one vehicle comes in mind and that is Chevy Silverado. Chevy Silverado was launched in 1988 by Chevy Company and till now it is manufactured. Chevy Silverado is best in every aspect. It has a powerful engine, sportier look and comfortable interior. All the things which anyone looks and wants in a vehicle are available in Chevy Silverado. What if you want to give a little bit extra sportier look to your Chevy Silverado? Yes, this is possible and this can be done by spending a little money and some extra effort.

The first thing which comes in mind while enhancing any vehicle is to change the headlights. Headlights are used for several purposes. Headlight mainly serves two purposes; the first use is for night driving because in the night headlights work as an eye of a vehicle and second use is for enhanced look. Without a headlight you cannot drive during night and simple headlights will just affect the overall look of the vehicle. Silverado is a sporty and heavy vehicle so Silverado headlights also should have sportier and heavy look. There are many aftermarket Silverado headlights which can be used for enhancing its look. Just by changing the Silverado headlights you can change the look of your vehicle. Headlights are installed in front of the car and because of this they affect the overall look of any vehicle if you have not chosen the right one. Any person who is driving from opposite side and passes you, the first thing he notices is the headlights. One more thing important for doing this is to get powerful and long life headlights.

You can find Silverado headlights at many online stores. Buying Silverado headlights online is better option from buying it from the showroom. If you are buying it online then you may get discounts and you have to pay fewer taxes also. This can save you good money. Some most popular Silverado headlights are:

- Chevy Silverado Black Dual Halo Projector Headlights (94 – 98) — $210 - $220.

- Chevy Silverado Black Halo w/o Bumper Headlights (99 – 02) — $180 - $200.

- Chevy Silverado Black-Amber Bumper Headlights (03 – 06) — $270 - $280.

- Chevy Silverado Black CCFL Headlights (07 +) — $390 - $400.

All these Silverado headlights are made up of fine quality of materials. These Silverado headlights are designed just for giving you some more powerful and stylish headlights. While buying, you will have lots of options for choosing the perfect headlights of your choice. You may take smoked headlights, black headlights or chrome headlights. When you will choose the headlights for your Silverado just take your time because it is about the look of your vehicle. There is no end of options for Silverado headlights. Some more powerful and popular Silverado headlights are:

- Chevy Silverado Chrome Projector Halo Headlights (94 – 98) — $200 - $210.

- Chevy Silverado Chrome Depo Headlights (99 – 02) — $360 - $ 370.

- Chevy Silverado Chrome-Amber Bumper Headlights (03 – 06) — $260 - $270.

- Chevy Silverado Chrome Halo Headlights (07 +) — $330 - $340.

All these Silverado headlights are made to provide a sportier look to your Silverado. These Silverado headlights have better look, better illumination power and also better working mechanism than the factory made Silverado headlights. One more reason for buying these aftermarket Silverado headlights is that these are cheaper than factory made Silverado headlights. You will find it more cheapen when you buy it from online Silverado headlights dealer.

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Did you ever think that having giant pupils could disqualify you from being eligible for laser eye surgery? Well they might.

The pupil is the opening or hole in the center of the iris that admits light. It’s size changes in direct response to changes in lighting. In bright light conditions, the pupil gets smaller. In poor light conditions, or when it’s dark, the pupil dilates or gets larger. Many people with larger than normal pupils are not even aware of it. If you are highly sensitive to bright lights, this is a good sign that your pupils may be larger than normal.

However, it could also be the case that your enlarged pupil is the result of drug or medication interactions with your body. In this case, the condition is most likely temporary and your pupil under normal conditions could very well be normal in size.

It’s important to recognize the fact that the size of left and right pupils are not necessarily the same. Having said that, under normal lighting conditions the diameter of an average sized pupil is 3 millimeters. The normal range varies from 2 millimeters to 6 millimeters. If you don’t know the size of yours you can find out from your optometrist who will normally measure it’s size during a regular eye exam.

So what exactly is the connection between large pupils and laser eye surgery?

If you have large pupils, some surgeons will be reluctant to ok you as a candidate for laser surgery because of previous documented problems. As with any surgery, there is always the chance that there could be post operative problems. On of the post op problems that those with large pupils have experienced following laser eye surgery is seeing persistent halos when looking at bright objects. You may, for example, see halos around car headlights, street lights, bright living room lights, and so on.

One reason why some surgeons may give you the ok and others will not is the type of laser used. When having laser eye surgery performed, the type of laser used is a MAJOR factor. One laser that has caused more and more surgeons to ok laser surgery for large pupil patients is the Allegretto laser. The Allegretto laser is a laser system that has been used in Europe since the late 1990s. It was cleared for use by the Food and Drug Administration for use in the U.S. in 2003.

The Allegretto laser can reportedly successfully treat pupils with a diameter of up to 6 millimeters. Supposedly it can reduce or eliminate the halo effect that happens when laser surgery is performed on large pupils. If the diameter of your pupil is larger than 6 millimeters, the odds that you will have an error free post op procedure diminishes. Keep in mind, however, that even under the best of circumstances that the success rate for laser surgery is in the high nineties percent range. Not 100%. And even though some doctors using the the Allegretto laser report that they have received far complaints about glare, halos, light sensitivity, and night driving glare - remember, fewer complaints doesn’t equal no complaints.

To be on the safe size, if you think that you have larger than normal pupils, take extra care even beyond what you would normally do to ensure that your post operation results will be just as you imagined it.

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With the festive season now behind us, many wonder which of the seventh-generation video game consoles came out on top for 2007. The Big Three – the Nintendo Wii, the Microsoft Xbox360 and the Sony Playstation 3 – have all partaken in fierce competition, each with its own unique selling point and games.

The short answer is that, for now, the winner is the Nintendo Wii. Taking the console market by storm since its launch in November 2006, it has seen an unprecedented popularity amongst what is known as “casual gamers” – those who do not wish to invest time and emotion on what they perceive as overtly complex games. Using inexpensive controllers, known as WiiMotes, that capture the motion of their user’s hands, Wiis were scarce as demand for the console surged – making it to the top spot of the Telegraph’s “Hardest to find Christmas gifts” list and becoming the most searched for term on eBay. This could have been a conscious effort by Nintendo to avoid saturating the market, but the company denies this, instead citing inefficiencies with the supply of third-party components.

It’s not all plain sailing for the Japanese console giant though. Despite its Wii and Nintendo DS being leaders in the home and handheld gaming market respectively, the majority of games available for Wii have been made in-house. Shunning the market for decidedly family-unfriendly games like Halo 3, it remains to be seen whether its simple appeal is sustainable in the upcoming year; but for now, the Wii is definitely in the lead.

As for who’s in second place, the jury’s currently out. Analysts were divided over what to expect this Christmas. DFC Intelligence, a video game and entertainment industry research firm, predicted in September that the Xbox 360 was likely to finish third this Christmas, with the gap widening over the course of the year, unless it managed to strengthen its weak position in the all-important Japanese market. On the other hand, research group BrandIntel expected the PS3 to fare worse this festive period, citing its high price and comparative lack of games as the main reasons.

With the two consoles appealing to more hardcore-gamers than the Nintendo Wii, Microsoft announced last week that it had sold 4.3 million Xbox 360 machines worldwide in the last quarter of 2007, while Sony announced this week that it sold 1.2 million in the U.S. during the Thanksgiving to New Year’s period. These apples-and-oranges figures make for hard comparison, but it’s clear that both machines are still in the running.

Sony anticipated its issues by slashing prices on the PS3, and sales must have been helped with the news that Warner Bros have decided to drop HD DVD as a format for its home video releases, making the PS3’s Blu-Ray playing capability a bigger draw than previously. Microsoft meanwhile, benefited greatly from the release of Halo 3. Since its release in September it has sold 8.5 million copies, which means that almost half of the 17.7m Xbox 360 owners bought the game. It is currently the top-grossing video game of all time, bringing in $300 million by the end of the first week of release.

Perhaps the biggest winner in the current console war, however, is the game-playing public. Gaming is slowly becoming the leader in entertainment and well on its way to surpassing Hollywood. It might not do so this year or even this decade, but thanks to the success of games like Halo, the industry is sure to see significant investment, widening the selection and quality of games for years to come.

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The Marathon Man achievement in Halo 3 is a big one that can be unlocked by finding each of the Halo 3 terminal locations in the game. Here is information on where to find all of these Halo 3 terminal locations.

The back story behind the Halo 3 terminal locations is that the Forerunners have stored information there about their survival and their plan to fire the Halo rings. In the Halo universe, the Forerunners were an ancient race that ruled a large intergalactic empire over 100,000 years before the time of the Halo game. Humans contain Forerunner DNA, and therefore can operate the Halo network. These Halo 3 terminal locations are a major plot element in the game.

The game’s first level, Ark, has 3 of the Halo 3 terminal locations. The first is located near the entrance. The first terminal is located behind the door to the left. To find the second terminal look for the structure that enables tanks across the bride of light. It’s behind the bridge controls. It isn’t easy to find the last terminal. Following a battle with a scarab there is a large structure, followed by a door and a staircase – look under the staircase.

Another place to find Halo 3 terminal locations is on the level the covenant where there are three terminals. The first of these terminals, overall terminal four, is accessed via the elevator leading to the tower controls. Jump from elevator platform to the platform directly across from it – the terminal is there. Head towards tower 2 in a hornet to find the fifth terminal. If you’re going the right way you’ll hear a voice saying the tower is clear. The terminal is located inside tower 2. The last terminal here, #6, is found on a platform in tower three.

Two more Halo 3 terminal locations can be found on the last level. The eighth terminal was only revealed after a player found it. To learn about the seventh terminal that leads to the Marathon Man achievement as well as the eighth terminal, visit Halo3planet.com. 

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If you’re like me, you’ve probably heard about some of the side effects associated with getting lasik vision correction surgery. For instance, after getting lasik surgery some people complain about symptoms of glare, halos and decreased night vision.

In fact, I remember attending a business briefing where the speaker started by mentioning he just had lasik surgery the day before. He told the audience, “The good news is I think you’re all going to heaven because everyone has halos around their heads!”

If you’ve considered getting lasik surgery but were concerned about some of the less-than-desirable side effects, you’ll be glad to hear that new technology is reducing those dreaded halos and glare. Known as “custom” or wavefront-guided lasik, this relatively recent improvement in eye surgery technology produces better vision quality when compared to traditional lasik vision surgery.

“Most significant,” says US Navy Captain Steve Schallhorn, MD, the Director of Cornea and Refractive Surgery at the Navy Medical Center, San Diego, “is the improved quality of vision with the wavefront-guided procedure, fewer problems with halos and glare, better night vision, and higher patient satisfaction.”

Traditional lasik reshapes the patient’s cornea with a laser to correct visual problems like nearsightedness or farsightedness. With conventional lasik, the laser is guided based on formulas similar to the ones used to determine your eyeglass prescription. Conventional lasik is effective at treating “lower-order” aberrations like nearsightedness, farsightedness and astigmatism (also called “refractive errors”).

Wavefront-guided lasik, on the other hand, measures how light is distorted as it passes into the eye and then is reflected back. This creates a 3-D optical map of the eye, highlighting the imperfections and disorders that lead to visual errors. Wavefront technology then creates a custom treatment plan for each eye and guides the laser during the surgery.

Wavefront-guided lasik can effectively treat the same lower-order aberrations that conventional lasik can treat as well as treating “higher-order” aberrations such as decreased contrast sensitivity, night vision, glare, shadows and halos. In fact, there are a growing number of patients turning to wavefront-guided lasik to correct side effects from previous laser eye surgeries.

“With this technology breakthrough, we can now measure these disorders, show the patient what’s going on in their eye, link that information to the laser, and actually correct higher-order aberrations,” says Roger Steinert, M.D., associate clinical professor of ophthalmology, Harvard Medical School. “Wavefront technology enables the surgeon to improve overall vision quality better than in the past.”

Of course, this advanced technology comes with a higher price tag than traditional lasik surgery. And just like conventional lasik, wavefront-guided lasik is a surgical procedure and has risks associated with it. Be sure to consult with a qualified lasik surgeon to discuss potential complications and ensure you’re a good candidate for this type of surgery.

But if the choice is between crystal clear vision with no side effects and going through life seeing all the people going to heaven, I think I’ll go with the first option, please!

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ONE of the most beautiful, ever-changing sights on earth is the sky. Its scope and grandeur simply stagger the imagination. The whole earth is enveloped with the sky’s endless majestic and colorful panorama. In the east a golden glow announces the dawn, while a crimson western sky bids the day adieu. There are moments when the sky may be adorned in a royal canopy of blue, or dismal gray or in resplendent white. White billowy, cotton-like clouds called “cumulus” proclaim a fine spring day; gay featherlike clouds called “cirrus” tell that summer is here, and a sporty fall mantle of clouds that appear like lamb’s wool betokens the nearness of winter.

At night the sky’s beauty is even more magnificent when bedecked in starry splendor. The breathless glory of the night is enhanced when the aurora weaves a delicate tapestry of color high overhead. Each garment assumes an infinite variety of shapes, all dazzling masterpieces of beauty, all creations of perfect art. Little wonder that worshipers of Jehovah referred to the beauties of our marvelous “roof” as “the wonderful works of the One perfect in knowledge,” “the wonderful works of God.” Job 37:14, 16.

Almost daily across the sky’s broad highway parade clouds of every size and description. Fluffy clouds, billowy clouds, fleecy clouds these are like glorious floats that silently glide by. There are white pillar clouds surrounded by straggling cloudlets, like children about their parents. There are wavy clouds and rolling clouds, the shapes and forms of which are worthy of the finest sculptor. There are huge clouds that look something like a mammoth cauliflower or an enormous white anvil.

The cumulonimbus, also called thunderheads, are massive. They are composed of billions of ice crystals. These formations can rise to 50,000 feet or more in height. A single formation can contain as much as 300,000 tons of water! An estimated 44,000 thunderstorms lash the earth’s surface every day, some 1,800 of them in action at any given moment! They are majestic in their awesomeness and from them can burst forth creation’s regal spectacle the rainbow. God speaks of it as “my rainbow,” obviously one of His wonderful works. Gen. 9:11-16.

Often the sky foretells the weather. In the western hemisphere when scattered cumulus clouds dot the sky, when the barometer remains steady or rises, and when the wind blows gently, fair weather will probably continue. The long curling clouds known as “mares’ tails” are generally a sign that foul weather, in the form of snow or heavy rain, will probably arrive within twenty-four hours. Also when dull-gray altostratus clouds darken the whole sky and the barometer drops, rain or snow will probably continue to fall. The Bible, at Matthew 16:2, 3, gives meaning to the fiery sky often seen at sunset: “When evening falls you are accustomed to say, ‘It will be fair weather, for the sky is fire-red’; and at morning, ‘It will be wintry, rainy weather today, for the sky is fire-red, but gloomy-looking.’” A red sunrise presages the opposite of a red sunset.

Why the Sky Is Blue

What is this wonderful work of God we call “the blue sky”? Blue is not the color of air, as was believed by some in the nineteenth century. Nor is the blue due to light emitted by the atmosphere itself, for then it would appear blue at night. Were the air completely transparent or nonexistent, the sky would necessarily be as black as space, a fact confirmed by astronauts who journeyed above the atmosphere. “Up there, it’s a black-and-white world. There is no color,” said American astronaut Jim Lovell. But more recently spacemen returning from the surface of the moon have described the lunar surface as a nondescript gray.

Since the sky is not black to us on earth, the cause, then, must lie in the behavior of sunlight when it comes in contact with the substance of the atmosphere.

The color of the sky results from the air within less than one hundred miles of the earth. This belt of atmosphere is made up primarily of five gases, namely, nitrogen, oxygen, argon, water vapor (a compound of hydrogen and oxygen) and carbon dioxide. Besides these gases there are others that are rare, but in smaller amounts, such as helium, xenon, neon; and a few poisonous gases, such as methane, ammonia, carbon monoxide, nitrous oxide. Up to the realm of the highest familiar clouds the sky also holds quantities of foreign matter, such as pollen, dust, bacteria, soot, spores, volcanic ash, salt particles from the seas and dust from outer space.

When the sun’s radiation, which consists of electromagnetic waves of many different wavelengths, passes through the atmosphere, the longer wavelengths plow through the atmosphere quite easily and reach our earth. We may feel them as heat. But the shorter ones are scattered in all directions by the air molecules and other particles in the atmosphere. The blue light is bounced about again and again as it comes earthward from the sun. In other words, the blue sky is a gauzy glowing fabric spun of blue light and air. It is, moreover, only about twelve miles high; beyond this the sky darkens to violet. Above twenty miles the sky becomes black and the stars emerge.

Why the Other Colors?

Though generally blue, the sky may be red, orange, green, in fact, almost any color. It all depends on how light waves enter the atmosphere and what they encounter on their way down.

In the lower atmosphere are concentrated clouds, dust and all kinds of particle material. These being larger than air molecules, they scatter the longer wavelengths of light. When the sun is near the horizon its rays enter the atmosphere at a slant, passing through much more of the particle-laden air. All wavelengths are scattered, and only the longest red rays penetrate at all. So we have the ruddy hues at dawn and sunset. The more dust or cloud particles in the air, the deeper is the color. The less dust, the bluer the sky, because the long light waves come right through to the earth without being deflected, while the short blue light waves we see are the ones being bounced about by air molecules in the sky. Therefore, on a clear, relatively dust-free day, our marvelous “roof” is blue.

Other Sights in the Sky

When, after a few days of bright winter weather, high clouds, feathery and fragile, give to the sky a milky-white opalescence, bright rings, called halos, appear encircling the sun or moon. Halos of the moon are necessarily much fainter, and their colors are nearly imperceptible. In many parts of the world halos are visible, on the average, as often as once each four days. Even some of the brighter stars show coronas as thin, fleecy clouds glide slowly past. These halos may show several distinct concentric circles of color, each bluish on the inside, then passing through a yellowish white to a reddish brown on the outside. Sometimes they resemble circle rainbows in the sky. This phenomenon is caused by light waves being reflected off regularly shaped ice crystals floating high in the air.

The regular rainbow we see in the sky, which arouses awe and excitement, is formed by light playing on waterdrops as they fall. Each raindrop acts as a tiny prism, breaking down the sun’s white rays of mixed light into their component spectral colors. Occasionally droplets of mist can cause a rainbow, but generally it is the larger raindrops.

No two persons see the same rainbow. Each individual sees the rainbow from his particular point of view, because a rainbow is only light coming from a certain direction. Since the drops reflecting the light are falling, this means that we see a new rainbow formed by every new set of raindrops. What a magnificent gift from God the rainbow!

Sometimes a second rainbow may appear in the sky, lying outside the first and shining rather more faintly. Have you noticed, the colors in this rainbow are in the reverse order, with blue on the outside and red on the inside? This is because the light rays have undergone one more reflection on the internal surfaces of the raindrops and are reversed in much the same way as left becomes right and right becomes left in a mirror. But this extra reflection causes a reduction in intensity of the light, which is why the second rainbow is always dimmer.

The Aurora

Neither a rainbow nor a cloud formation, except perhaps a glorious sunset or sunrise, can compare with the aurora in the sky, that is, the northern or southern lights. No written description or photographs can convey the true magnificence of these ever-changing, luminous displays, often in vivid colors. Sometimes they are so bright that one can read by their light.

Generally the aurora flickers, suggesting a blazing fire just over the hill. Often the glow kindles into brilliance, assuming the shape of a huge arc, or it may take the form of bundles of rays like those of sunlight shining through holes in a cloud. These shafts of light may be pale white, emerald green, violet or rose red. At times the aurora may appear to hang in folds like a huge curtain or drapery of a stage. It may shimmer like the folds of a great screen hanging from the sky that is stirred by a silent wind. Or it may burst into feverish activity. Yellow becomes tinged with red and green as rays leap upward, subside, then dart ahead again.

There is nothing with which one can compare the delicate beauty and coloring of the aurora caused by clouds of electrically charged particles coming from the sun and entering the earth’s magnetic field. These particles collide with molecules of air, causing them to vibrate and give off the red, white, blue and green lights of their awesome displays. The aurora another of God’s marvelous gifts to man.

The Lightning Miracle

An estimated 9,000,000 lightning bolts strike the ground daily. About half the time, what people see in the sky as a single lightning flash is actually composed of up to ten successive strokes streaking along the same path as the first. There may be as many as forty pulses in a second, which is about how long the lightning’s path stays open. The heat in the path rises so abruptly that the surrounding air breaks the sound barrier in moving away. The result is thunder. The sky at such a time is alive with fire and sound.

There are various kinds of lightning. Heat lightning occurs on the horizon and is considered to be the reflection of strokes too far away to be directly seen or heard. Sheet lightning takes place inside clouds, blanketing them with a widespread flickering light. Ribbon lightning occurs when a strong wind blows the conductive channel of a multiple stroke to one side. The successive strokes rage upward a few feet apart, appearing like ribbons of light.

But what good is accomplished by all this fire filling the sky? It is now known that lightning helps greatly to fertilize the soil. Eighty percent of the atmosphere or sky is nitrogen, an essential food for plants. About 22,000,000 tons of this nutriment float over each square mile of the earth. But as it exists in the atmosphere nitrogen is unusable by plants. Before plants can take life from it, it must undergo a series of chemical changes, very much as food in our digestive system must undergo changes. Lightning in the sky touches off the series of changes. Air particles are made white-hot by lightning, for it can heat a two- to ten-inch channel of air hotter than the sun’s surface. Under this intense heat, the nitrogen combines with the oxygen in the air to form nitrogen oxides that are soluble in water. The rain dissolves the oxides and carries them down to earth as dilute nitric acid. Reaching the earth, the nitric acid reacts with the minerals of the earth, there to become nitrates on which plants can feed. Since plants can feed and live, man and animals can feed on plants and live!

What a marvelous gift lightning is from God to man! It does more than light the sky. Meteorologists estimate that lightning bombards the earth at a rate of more than one hundred times a second, transforming the upper air into fertilizer for plants!

God has given us, not only a practical sky, but a marvelous “roof” filled with awe-inspiring, ever-changing beauties and wonder, a sky that moves faithful men to praise Jehovah the Doer of all these wonderful things. Ps. 136:4.

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BMW E30 was one of the most successful models. The production of BMW E30 model was started in 1981 and till 1991, it was produced. This was a great car and even now also it can be found with various people. It was a BMW 3 Series entry level luxury car. Generally, it was the successor of BMW E21, whose production was stopped in 1982. The first time BMW M3 was used in this car only.

            Now, let’s talk about its lighting system. The lighting system includes headlights, tail lights, for lamps and interior body light. All these lighting system of BMW E30 was superb and amazing. Even now these lighting system are produced on a large scale. If anyone is going to enhance its headlights then they will find lots of options for this. Today in the market there are heavy demands of BMW E30 headlights. Different types of headlights and different styles of headlights for BMW E30 are available in the market as well as anyone can find it over the internet also. Finding it over the internet is much easier and cheaper also because they have to pay fewer taxes there. Some popular and best quality BMW E30 headlights are:

-         BMW E30 Black Projector Headlights 1984 – 1991 — $450 - $460 – European Spec “Angle eyes/Halo” Style Glass lens, Black Housing, Ellipsoid Projector Headlights. For all Convertible models.

-         BMW E30 Chrome Projector Headlights 1984 – 1991 — $390 - $400 – European Spec “Angle eyes/Halo” Style Glass lens, Chrome Housing with Smoke Lens, Projector Headlight. For all Convertible models.

-         BMW E30 Headlight Halo Angel Eyes 1983 – 1992 — $300 - $320 – European Version Glass Crystal Halo Headlights, Crystal Angel eyes Ellipsoid Projector Headlights. For all Sedan models.

-         BMW E30 Smoke Projector Headlights 1984 – 1991 — $390 - $400 - European Spec “Angle eyes/Halo” Style Glass lens, Chrome Housing with Smoke Lens, Projector Headlight. For all Convertible models.

-         BMW E30 Xenon Headlights 1984 – 1991 — $590 - $600 – Crystal Xenon HID Headlights, Black Housing Angel eyes with Projector Fits. For all models.

-         BMW E30 Xenon Headlights Chrome 1984 – 1991 — $710 - $720 - Crystal Xenon HID Headlights, Chrome Housing Angel eyes with Projector Fits. For all models.

Choosing these headlights in a perfect way is important because it can change the whole look and style of the car. BMW E30 is an expensive car and it should be cared like that only. Only genuine headlights should be used for its enhancement otherwise there will no meaning of enhancement. Enhancing the headlights give it a sportier look also. Anyone should always take their time for choosing the right BMW E30 headlights. In every range you will find them. One more thing you should keep in your mind that only expensive things are not original and genuine, if you will search them perfectly then you will find genuine headlights at cheaper costs.

We know that headlights are very important for any vehicle. It serves various purposes. The first use of headlights is that it works as an eye of a vehicle during the night drive. So it is very important to use a BMW E30 Headlights of very high quality and it should be genuine. The next use of headlights is to give a better and sportier look to the vehicle. It is true that headlights change the look of a vehicle to a large extent. So it will be good to have a headlight who will really give a stylish and sportier to your vehicle. You can search it over the internet and you will find lot of options to choose.

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Mortgage crisis, stock market troubles, and the credit crunch, it seems like every time we turn around things fall apart. This has one group in particular feeling real ominous about their futures; new graduates

With no experience under their belts new graduates aren’t qualified enough to beat out the recently laid off. So what is a young graduate to do? There are a few options left; volunteer work, internships, or going into business for themselves.

Volunteer work is always a good option. You can help others while gaining some real world experience. Programs like AmeriCorps, City Year, and Peace Corp will take anyone, and pay a living stipend.

Internships are another great option for young graduates. Unfortunately the ones available still aren’t paid, but these are still better than doing nothing while waiting out the economic storm, and may get you some networking contacts when the company starts hiring again.

The best option may very well be going into business for yourself. There are many options that cost very little, and can prove to be absolutely invaluable in experience and cash, if you graduated with a business degree, consider doing consulting. If you have a marketable skill, consider freelancing. Of course if you don’t belong to either of those categories consider a business such as giving airbrush tattoos (check out www.tatstore.com) or even home parties such as Avon or Pampered Chef (www.avon.com, www.pampered chef.com) , that don’t require any particular skills.

Whatever young graduates decide to do, they must do something, because after the economy picks up employers won’t want to hear about how you beat every level of Halo while sitting in your parent’s basement.

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