THG Formulations

Thousands of years ago, ancient Greek astronomers calculated that the track of the Earth’s axis is constantly, even if in a very slow way, shifting in a uniform pattern. The change is very similar to the manner a spinning top slowly leans one way and then another as it slows down. It is a wobble that occurs as its axis changes direction.

This odd movement of the planet is due to a couple of factors, the most important of which is something called ‘precession’. Precession arises from the fact that the Earth is not a perfect sphere. It is in fact about twenty-seven miles longer around the Equator that it is around the Poles. The Earth then is oblate, or fat around the middle like middle-aged spread, but it is due to the rotation not to its age.

If you imagine the Earth with its Poles off centre. Then rotate that image and you will find that any point, except the very centre of the axis, will move in a circle. But very, very slowly. So slowly that it takes 26,000 years to go full circle and get back to where it started from.

This point then, any point you choose, is very slowly shifting its location in relation to the stars because the axis is gyrating too. The result of this is that, what we call the North Star (formally known as Polaris, which is in fact one degree off true North) will not be over our North Pole one day. In fact, by about 15,000 AD, Vega will be almost over the North Pole, although it will be about four degrees off true North. But even this will not last, and by 28,000 AD, Polaris will be back above where it is today.

One of the effects of the precession is that seasons vary. They modify the dates that they take place, so that Summer could come earlier or later. The amazing thing about our calendar is that it is corrected for that (with the leap year). If it were not, the vernal or Spring equinox would shift over 13,000 years from March 21st to September 21st., which is the date of the autumnal equinox, precisely half a year later.

It is for this reason that the precession of the Earth is generally referred to as the “Precession of the Equinoxes”. Although the precession of the equinoxes is very slow, it can be readily seen. The correct year of 325.25 days is the length of time from one vernal equinox to the next vernal equinox, however, it takes 20 minutes and 24 seconds longer for the Sun to appear in exactly the same place with relation to the stars behind it over the same period. It is for this reason that accurate star maps have to be stamped with the exact time and date to which they refer.

Owen Jones, the author of this piece, writes on many topics, but is currently involved with researching Franklin planner pages. If you have an interest in calendars, organizers or promotional calendars, please go over to our website now at Promotional Desk Calendars

Hybrid cars are on everyone’s minds. Twenty, forty, or fifty dollars for a full tank of petrol? Who in their right mind wants to pay that sort of money? However, frustrated, the fuel consumer sighs, but pays up. However, hybrid vehicles are applauded for the small amount of gas they need to operate, and they are flying off the lots of car dealerships each and everyday in increasing numbers.

But what about a plug-in hybrid? Most consumers have heard that these cars are fantastic too. Then, someone might be asking him or herself, what exactly a plug-in hybrid is? How do they work, and what the difference between a plug-in hybrid and a regular hybrid is?

Plug-in hybrids are capable of running just on batteries, but they can run on gas also. These kinds of hybrid cars have some of the features of hybrid vehicles. They are also very similar to all-electric vehicles.

Plug-in hybrid vehicles must be charged externally by plugging them into an electrical power source. The combustion engine of plug-in hybrid vehicles is used only as a back up. These cars can run only on batteries if so desired, but it is to be expected that these types of hybrid cars are recharged every day.

Hybrid cars can go just as many miles as a conventional car. Designed to go the extra mile where gas-mileage is concerned, hybrids can be driven on the highway, in cities, or wherever else a person wants to drive.

On the other hand, plug-in hybrids are designed to be driven commuter-type distances, meaning about twenty to sixty miles between destinations. This way, the plug-in hybrid does not have to use its back up combustion engine, but plug-in hybrids can go further using gas too.

Hybrids help to minimize pollution, but they still pollute the air. Compared with plug-in hybrids, hybrid cars still have a long way to go where pollution is concerned. Since plug-in hybrid cars can run solely on their battery power, they don’t have to emit waste gases. That means that plug-in hybrids don’t need to pollute the atmosphere.

Plug-in hybrids really do fight against greenhouse gas emissions and plug-in hybrids use virtually no oil, imported or not. Studies have shown that electric hybrids emit at least 67% less greenhouse gases compared with diesel cars. Since the product used to power plug-in hybrids is completely renewable, the difference in greenhouse gas emissions may be even greater than the study indicated.

And so there you have it. Those are the main differences between plug-in hybrids and regular hybrid cars. It makes a big difference, but you would be surprised how little that matters at the current moment. And that’s only because plug-in hybrids are not being sold to consumers at this present time. But this article should get you excited about the wonderful plug-in hybrid car, coming soon to a forecourt near you.

And it’s going to be a spectacular debut too. People already really like regular hybrid cars, but they haven’t seen anything until they see the new plug-in hybrid cars. However, for now, maybe they should just be satisfied with what they have, because who knows? Before plug-in hybrid cars come out, something even better might be introduced onto the market.

If you are interested in the insides of New Hybrid Vehicles, just visit our website at http://new-hybrid-vehicles.com Unique version for reprint here: Hybrid Cars VS Plug-In Hybrid Cars.

Have you ever wondered about hybrid cars? They certainly look stylish and modern, but what is it about them that makes them so different and so special? After all, most cars look the same these days, do they not? They are all designed by computer to be aerodynamic and aerodynamic is aerodynamic, so they all end up looking indistinguishable to anyone who is not an aficionado.

Well, the fact is that the distinction between a hybrid car and a standard car lies under the bonnet. There are various types of hybrid vehicles as well, but the most common sort has a hybrid electric engine. Therefore, you could say that what makes hybrid cars different from most other, ordinary cars is their engine.

Or engines actually, because hybrid electric cars basically have two engines. One, the internal combustion engine, runs on gasoline, LPG or diesel and the other, the electric motor, runs off electricity stored in an array of heavy-duty batteries. On the other hand, ordinary cars only have an internal combustion engine. It is a good idea to investigate these two types of engine separately.

First of all the electric motor. Electrical energy is generated by several components on the car and stored in a large bank or array of heavy-duty batteries. The electricity is created by the turning of the internal combustion engine, just as with a standard car, when it is in use, but also by the wheels or / and the car’s braking system. Different models have different methods of creating this electricity, but they are all very hi-tech and very effective.

When the car’s internal computers decide that the car no longer needs the power of the internal combustion engine, it will turn it off and switch to the electric motor instead. The circumstances where this might happen are, for example, when you are driving slowly in inner-city traffic, when you are cruising at moderate speed on a flat motorway or when you are going down hill. This saves a considerable amount of fuel, which is clearly a great saving to you.

However, there are occasions when you have to have more power than the batteries can give you, for example, when accelerating hard, when overtaking or when climbing a hill. At times such as these, the electric motor will shut down and the combustion engine will take over and start supplying power to the accelerator and electricity to the batteries. When the need for extra power has ceased, the batteries will take over again.

These choices are all taken by the hybrid electric vehicle’s (HEV’s) on board computer system and you will not notice much other that a rush of power or a quietening of the propulsion system. This works very well in most scenarios, but some drivers of HEV’s would like to have a manual override for abnormal circumstances, such as an undulating terrain.

All in all, cars with hybrid electric engines work very well at reducing fuel bills but they are still too dear to be much more than a gimmicky toy and a salve to the conscience for the rich.

Owen Jones, the writer of this piece writes on many topics, but is at present involved with hybrid electric engines. If you would like to know more or check out some great offers, please go to our website at New Hybrid Vehicles.

For pheasant hunters, it is a way of life to have the ability to go out into the rough outdoors and to shoot wild pheasant on a Saturday afternoon. Phasianus Colchicus is the scientific name of the common pheasant. Many hunters call it simply pheasant or English pheasant.

You will find pheasants mostly in woodland areas but they are also in grasslands. They like to feed on stuff like spiders, grasshoppers, worms, slugs, and centipedes or millipedes. These birds also like to devour lots of grains and berries out in the wilderness, specifically blueberries. When they can locate sunflowers, they prefer them! Roosting in the trees in the evening and pecking all around the majority of the day, pheasants can for sure provide you with a good hunt.

Pheasants are also a phrase chosen for quail, ruffed grouse, or partridge. The ring-necked pheasant was released in North America in 1857 and grew to become well established in areas out West such as across the Rocky Mountains, Midwest, and the Plains. They have also reached into areas of both Canada and Mexico. The male, known as the cock, has dazzling brown plumage with a green, purple marking with a white ring around the neck. The female, also known as the hen, has a duller brown plumage. Both the female and male have yellowish stout beaks and rounded short wings. Male pheasants have tails that are over 20 inches long and protective spurs on the back of their legs that takes them from wild animals.

In some areas, pheasant populations have decreased somewhat due to environmental challenges such as land clearing and pollution. In many regions in the United States pheasant farming seems to be a good solution for guaranteeing future generations. Pheasant farms guarantee a better solution for the pheasants to survive and flourish so that future generations can enjoy the bounty of the land.

The pheasant is most abundant in the Great Plains where they are found in fields and around old farm houses. Pheasants enjoy pecking around grassy fields and often will bed down under old houses and around old farm equipment. In the US there are about 10 million birds compared to about 35 million in the United Kingdom.

In the spring of the year, males will court females by strutting. Strutting is when a cock puffs his feathers and his head will become bright red and engorged. Males will fight each other to the end for breeding rights with the females.

Being polygamous, the males will mate with more than one female and are often seen with a group of females following him. The females nest on the ground and will have about 10 eggs per nest. The incubations period last between 23-26 days between April to June.

For more on pheasant hunting and Bird hunting lodges. Get your bird dog ready for a hunt of a lifetime.

As you pull up to the gas station pump and fill your car up with $10-$40 worth of gas, you may find yourself heaving a huge out sigh. How on Earth did gas become so expensive? Should you consider one of those new hybrid cars you saw on the television? Everyone’s talking about hybrid cars anyway. Hybrid cars and other types of cars may seem to be a good idea, but before you go out and do something rash, maybe you should ask yourself a few basic questions about how you can start to save on petrol.

There are so many options now including everything from not going out to buying a hybrid car, but you have to find out what is right for you. You can only do that by asking yourself the following questions.

Maybe you should drive less mileage?

Of course, you could spend the rest of your life at home on the couch, but how would you eat then? I know what you’re thinking you will walk more and get more exercise. That may be true, but what happens when you get bored with walking and riding your bike? How are you going to be able to get to the gymnasium? And, have you forgotten about work? You know you love listening to your books on tape while you sit in traffic at the end of the workday. Should you drive less? Perhaps not then. But what should you do? Well, have you ever considered buying a hybrid car?

Perhaps, I should buy a car that is more economical on gas?

Yes, of course you could do this, but what about when the vehicle starts to get older and it becomes less fuel-efficient than you thought it would be? Moreover, because you know you have a car that is getting more mileage per dollar, you are going to start travelling more miles than you travelled beforehand.

Should I get up earlier each morning to look for the cheapest gas prices in the area?

Come on, who has the time to do all that? If you really think about it, you would probably spend your time better finding the right answer to the real question. Do you really want to spend extra time looking for a cheap fuel station? What would your boss think if you arrive late for work and tell him you were trying to save money on gas? And anyway, how long do you honestly think you’ll keep doing that?

Should I find a way to run my car on electric?

Well, you certainly don’t want to have to recharge your car every day before you go to work because that might make you late too. With a hybrid car, you wouldn’t have to worry about that. Therefore, the next question should be obvious.

Should I purchase a hybrid car?

Perhaps you should. It’s possible that buying a hybrid car would be a wise way to avoid higher gas prices. Would your car depreciate as soon as you drive it off the forecourt? A hybrid won’t do that so quickly as it brings the buyer in more and more money as they save on petrol. A hybrid car just might be a good choice here. However, it’s still a good idea to conduct further research on a hybrid car.

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