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Rosario Dawson’s Sweet Bikini Pictures

I’m not entirely sure who Rosario Dawson is, her name kind of sounds familiar but I don’t feel like taking the two minutes to look her up because that would mean having to take my eyes off of her sweet tits and I’m not sure I’m prepared to do that right now. Whoever she is, she’s on vacation and giving us a nice peek at her sweet ass bikini body so she can’t be all that bad. Enjoy.

Places to Get Free Stock Photos

It really doesn’t matter what your website or blog is about, nothing makes it look nicer than really good, professional quality photographs. Unfortunately, professional level photographs can sometimes be downright expensive. Luckily, like most everything else, beautiful looking stock photos can be found for free on the internet. You just need to know where to look. So, that being said, let’s take a look at 8 places to get free stock photos for your website.

Dude... Isn't She Like 17?

Seriously, this is getting out of hand. It's getting way too easy to be the "getting arrested" variety of sexual deviant. Before, you could just stare through the fence at the local girls' Catholic School and wait for a quick, strong breeze to kick up. No harm, no foul. Now there are pictures everywhere like this. There is nothing to stop me from putting this as the background on my cell phone and staring at it my entire commute to and from work. Do you KNOW what kind of harm that does to a non-pervert psyche? After all of this underage-sort-of-sexy exposure I'm going to get arrested for sure. ... ... ah, oh well. You only live once. Look! Miley Cyrus in a spandex leotard!

The Seventh Air Force At Iwo Jima

Seventh Air Force retained the mission of its predecessor of the defense of the Hawaiian Islands and until the closing months of the war it maintained its headquarters at Hickam Field. The command however, deployed most of its combat units to the Central Pacific where operations were best summed up by its air and ground views as "Just one damned island after another!" Seventh Air Force units deployed 2,000 miles southwest to the Gilbert Islands, then 600 miles northwest to the Marshall Islands, 900 miles west to the Caroline Islands, 600 miles northwest to the Mariana Islands, 600 miles north to Iwo Jima, 1,000 miles west to Okinawa, always edging closer towards the center of Japanese power. A map story of the Seventh Air Force would cover 3,000 miles north and south of Midway Atoll to Fiji, and 5,000 miles east and west from Pearl Harbor to the Ryukus.

Audi TTS Coupe

The Audi TTS, both in Coupé and Roadster body styles, combines enthralling sportiness with cultivated comfort. Its two-liter TFSI with the large turbocharger and numerous additional modifications pumps out 200 kW (272 hp) and 350 Nm (258.15 lb-ft) of torque, the latter from 2,500 to 5,000 rpm. With the optional six-speed S tronic, the Audi TTS Coupé sprints from zero to 100 km/h (62.14 mph) in 5.2 seconds and accelerates all the way to an electronically governed top speed of 250 km/h (155.34 mph). The Coupé with the S tronic consumes an average of only 7.7 liters of fuel per 100 km (30.55 US mpg).

Crash Helmet With A Useful Smell

Cycling crash helmets have just one purpose: to protect the cyclist‘s head. But only completely damage-free helmets do the job properly. It is therefore recommendable to buy a new one every now and again, but nobody wants to throw away a perfectly good helmet. It would be better to know for certain that this is really necessary. A new process developed by German research scientists at the Fraunhofer Institute for Mechanics of Materials IWM in Freiburg makes this possible. The polymer materials or plastics produced by the process start to smell if they develop small cracks. Large cracks really cause a stink. The smell comes from odoriferous oils enclosed in microcapsules. "Cyclists often replace their helmets unnecessarily after dropping them on the ground, because they cannot tell whether they are damaged or not. The capsules eliminate this problem. If cracks form, smelly substances are released," explains Dr.-Ing. Christof Koplin, research scientist at the IWM. The capsules are added to a polypropylene mass which is injection-molded to form the final component. In the case of the bicycle helmet, the microcapsules are inserted in a thick foil made of polypropylene, which is fastened to the head gear.

Nino Farina Sports Car Based On Toyota Celica Gt-s Is Street Legal

Featured above is limited edition Nino Farina sports car that will make your stomach muscles tighten when you start it. The car is made on the Toyota Celica GT-S and has a renewed engine, suspension, bodywork with 1 warranty (not in Turbo model). The two door Nino Farina is powered by 192HP front mounted engine that can be customized to touch 350HP. Engine can be mated to 6 speed manual or 4 speed automatic transmission, as per customer’s wish. Nino Farina has a wheel base of 2600 mm and its length, width and height at 4340mm, 1935mm and 1215mm respectively. Featuring Ventilated Disc at the front and Servo-assisted ABS brake at the rear, Nino Farina has 2010 Nino Farina bodywork, 18? rims and 245/45 tires. In the interior, there is adjustable power Steering Wheel, Air Conditioning, Center Console, Compass/Temp Gauge, Coolant Temp, Front Bucket Seats, Inside Hood Release, Power Door Locks, Security System and many more. Above all, Nino Farina is street legal and is priced at US$29,990.

MIT Team Designs Airliner That Uses 70 Percent Less Fuel

Massachusetts Institute of Technology researchers recently released a concept aircraft design that could use 70 percent less fuel than current commercial airliners. The simple secret, they say: Optimize the aircraft for modern, efficient jet engines. Jet engines these days burn much less fuel at slightly slower speeds than the original designs that influenced the swept-wing designs of the ’50s and ’60s. One of the main problems is that most airliners still use leftovers from those designs even though the older jet engines they were designed around haven’t been used by most airlines for many years. Today’s modern jet engines are much bigger in size, and much more efficient and quieter, says professor Mark Drela, the lead designer on the MIT team. “From a purely design viewpoint, they’re really mismatched; the big engines want to go slower, which means the airplanes really want to have less wing sweep,” Drela says. “That’s one of the things we took advantage of.”

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