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Along with administration tools system must have the main aspects of teaching such as class lectures, exercises, quizzes and tests. Students need to be able to take quizzes and test easily and in a timely manner. Students also need to be able to download class notes, assignment instructions, class syllabus, and PowerPoint lectures
Pictures of the 2013 Acura RDX we test drove for the week. You can also check out the 2013 Acura RDX driving impressions on the blog as well.
Photos courtesy of Steve Cypher of Lotpro.com
Sergio Perez (MEX) Sahara Force India F1 VJM07..
Formula One Testing, Bahrain Test Two, Day Two, Friday 28th February 2014. Sakhir, Bahrain.
Here's my lenses tested out on a, wait, this ruler is lame, it has no labels and it's the triangular engineer kind! Anyway, I'm pretty sure it's millimeters, so here we go. We'll go widest to longest in focal lengths, which when reversed, is quite fittingly the opposite, where a wide lens reversed gives you a higher magnification than a long lens reversed.
My findings: The 70-200 and the 35 were both surprisingly sharp when reversed, and the 35 especially has a great deal of magnification. The fisheye was beserk. Since it has the petal hood, it doesn't meet with the circle opening of the camera very well, and you'd think that with the light leaks everything would be overexposed? Not so. In fact I had to crank up the ISO and lower the shutter to get a proper one. The 17-40 was great too, I tested it at 17mm but it was so close I couldn't fit all of the 30 in the frame along with the lines. I couldn't do this for the fisheye either so I dragged the lines down to meet them, but other than that each photo is not cropped and untouched.
For what it's worth, reading my camera data for the fisheye shot, I got an aperture value of >f/1024.
After the horrible "drop" incident at Western Ave, B&H delivered a present in the form of a Nikon 18-300MM lens. Now, I should not have to switch lenses for the big tele shots. After unwrapping the lens I went trackside to nab #3 at Belmont. I hit both a long tele then stood back for this wide angle at high speed to test the limits. Not bad at all. Expensive mistake, but at least I received a new toy from the mess.
The recently saved test prints from the Ampersand Letterpress Print press run.
Only 3 complete prints still exist and each has been numbered, stamped with the official red LL&S wax seal.
First test of Photomatix 4.0 Beta
7 Exposures
© Scott Wyden Kivowitz, All Rights Reserved
This image is not available for use on websites, blogs or other media without the explicit written permission of the photographer.
A still from Screen Tests. The film unfolds as series of Andy Warhol-like screen tests, slowly revealing the location and the occupation of those before the camera - students, professors and models from the Manchester School of Art in the 1930's.
Hill Aerospace Museum
The Minuteman Program
The LCC console and equipment here at the Hill Aerospace Museum came from Missouri's Whiteman AFB, and was used by the 510th Strategic Missile Squadron between the 1960s and early 1990s.
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A product of the Cold War and the developing strategy of nuclear deterrence, the U.S. Air Force's Minuteman program started in 1962 with the LGM 30 Minuteman I. This weapon system was the United States first land-based Intercontinental ballistic missile (ICBM) to use solid fuel rather than liquid, allowing it to be launch-ready at all times-much like the legendary minutemen of the Revolutionary War. Immediate strike capability permitted the United States to execute a counterattack in the event of a nuclear strike.
Since its Introduction, the Minuteman has undergone several updates, with the Minuteman III in use today as the country's only land-based ICBM. At each stage of the Minuteman's life, Hill Air Force Base has been and continues to be a part of the production, management, maintenance, and overhaul of this platform. Listed below are some of the major Minuteman III support missions that exist on HilI AFB:
Minuteman III Systems Directorate, formerly the ICBM Systems Directorate and assigned to the Air Force Nuclear Weapons Center, is responsible for "cradle-to-grave” systems management-to include acquisition, fleet administration, storage and transportation, equipment replacement, and systems modification direction. Overall, this unit focuses on maintaining the operational readiness of the aging Minuteman III system.
Little Mountain Test Facility is a state-of-the-art laboratory dedicated to simulation testing of nuclear hardness, survivability, reliability and electromagnetic compatibility of defense systems. The 1,000-acre facility is located 15 miles west of Ogden on 12th Street, near the Great Salt Lake.
Strategic Missile Integration Complex conducts system-level testing and integration. It consists of a fully configured Minuteman III silo and launch control center. Here, Minuteman IIl hardware or software is tested prior to fielding at operational units.
309th Missile Maintenance Group tests, maintains and modernizes Minuteman III systems on the Installation and at missile sites across the country, Efforts Include work conducted on support vehicles, silos, launch control centers, missiles, and more. Direction for this work is provided by the Minuteman III Systems Directorate.
Launch Control Center
Providing launch capabilities for a flight of ICBMS and buried thirty feet below the surface is the Launch Control Center (LCC). The LCC is the epicenter for monitoring and control of Minuteman ICBMs. Each LCC is responsible for a minimum of 10 missiles, but can monitor and launch up to 50. Every LCC is on continuous 24/7 alert and manned with Air Force personnel. A typical shift for the two-officer crew in an LCC lasts 24 hours, however, it is not uncommon for the launch crews to stay manned at their LCC for 48-72 hours at a time.
Besides monitoring Minuteman missiles, LCC Crews are also responsible for monitoring strategic communications and encoded messages. They write down each encoded message and decode it to determine if it is a launch order or an exercise. In the event they receive a launch order, the crews begin launch procedures and can deploy their ICBMs in a matter of minutes.
Testing Sebastemulsion Snail (Kodak 5302). Development was D-76 at Stock for 8min @ 20 deg.
Canon EOS D30
F-stop f/5.6
Tempo di esposizione 1/500 sec.
Sensibilità ISO ISO-800
Distanza focale 300 mm
No stabilizzatore d'immagine
7MS2 at Tahmoor with NR67, NR122 and NR47 pulling 9403 and 9402, returning from high speed testing at Junee