class) seat versions. Engine: twin-engine‚ medium range‚ turbo prop. Features: the dash 8 features a high mounted wing and T-tail‚ an advanced flight control system and large full length trailing edge flaps. Wing span: 90 ft (27.43 m) Cruising speed: 328 mph (528 km/h) 285 knots Max. takeoff weight: 43‚000 lb (19‚500 kg) Fuel capacity: 848 US gal (3‚210 L) Aircraft type: Boeing 737-800 aircraft. Seating: 110 to 210 passengers. Engine: a short- to medium-range twin-engine. Features:
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This calculated speed of the pedestrian is a conservative estimate of the speed of the Nissan. Normally‚ a pedestrian does not obtain 100% of the vehicle’s striking speed. A pedestrian struck by a low profile vehicle‚ (leading edge is at or below 25” / IPTM: Vehicle-Pedestrian-Bicycle Collision Investigation Manual / Tony L. Becker)} will gain a lower percentage of the vehicle’s impact speed. (Pedestrian Accident Reconstruction and Litigation 2nd Edition
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For water bound macadam roads in localities of heavy rainfall‚ the recommended value of camber is a) 1 in 30 b) 1 in 36 c) 1 in 48 d) 1 in 60 6. The stopping sight distance depends upon a) total reaction time of driver b) speed of vehicle c) efficiency of brakes d) all of the above 7. When the path travelled along the road surface is more than the circumferential movement of the wheels due to rotation‚ then it results in a) slipping b) skidding c) turning
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Shallow-water Acoustics and Relevant Physics By: Elizabeth Fortlage Underwater Acoustics is a complex phenomenon. Leonardo da Vinci simplified the concept in 1940‚ two years before Columbus discovered America‚ by saying “If you can cause your ship to stop and place the head of a long tube in the water and place the outer extremity to your ear‚ you will hear ships at a great distance from you.” (5‚ p.2) There are many factors that contribute to the complexity of underwater acoustics and sonar
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No Airport? No Runway? No Problem! The Next Generation “Super Goose” by Antilles Seaplanes LLC Antilles Seaplanes Model G-21G Specifications & Descriptions Exhibit A Page 1 of 17 General Description All information herein applies to the Antilles Seaplanes Model G-21G “Super Goose” - a high wing‚ twin turbine powered‚ ten-seat‚ amphibious airplane. Certification Information Manufacturer & Model Number Antilles Seaplanes G-21G Name “Super Goose” FAA Type Certificate Date Sheet Approved Operations
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Modelling Key language features of an exposition Purpose: to identify language features of an exposition Teacher introduce the various language features of an exposition to the class. Thinking (sensing) Verbs • Teacher write the following sentence on the board “Kim ……………………… very well” • Ask students if the sentence make sence. Ask them what word they might include in the sentence so that it makes sence e.g is‚ feels‚ plays the piano • Explain that these words tell us what is going on in the
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Plan a night photo-shoot anywhere in the world. Tell me where you would photograph and what your subject would be. What considerations would you have to make in terms of the shutter speed and aperture? What challenges might the scene present (i.e.‚ artificial lighting‚ moving objects‚ etc.) If I had to choose the best place I would want to do a photot shoot at‚ it would have to be Two Lovers Point in Guam. Two Lovers Point is a beautiful cliff on the island that is frighteningly huge and a straight
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by a period "." or a parentheses ")". Example: 3. Who determined the exact speed of light? a. Albert Einstein b. Albert Michelson c. Thomas Edison d. Guglielmo Marconi Correct answers can be indicated in two ways. First‚ you may place an asterisk (*) directly in front of the answer choice (do not put a space between the asterisk and the answer choice). Example: 3) Who determined the exact speed of light? a. Albert Einstein *b. Albert Michelson c. Thomas Edison d. Guglielmo
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com relating to American pilots during World War II and the process in which they developed a plane that could fly faster than the speed of sound. On Earth‚ the speed of sound at sea level - assuming an air temperature of 59 degrees Fahrenheit - is 761.2 miles per hour. In 1942 American pilot Robert Johnson almost died when his P47 Thunderbolt nearly reached the speed of sound. It was the fastest airplane of its time. Johnson pushed his plane full throttle at 30‚000 feet when he suddenly lost control;
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wire move very slowly through wires. A typical speed for an electron in a battery circuit is 5.0x10 to the -4th meters per second. How long does it take an electron moving at that speed to travel a wire 1.0 centimeter‚ or 1.0x10 to the -2nd? Part B: Electrons move quickly through wires‚ but electric energy does. It moves at almost the speed of light‚ 3.0x10 to the 8th meters per second. How long would it take to travel 1.0 centimeters at the speed of light? Part C: Electrons in an ordinary flashlight
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