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Explore the physics behind commercial aircraft in the early 20th century. Discover the dimensions and types of control crucial in aerospace development. Learn about Mach-3, Bernoulli's Principle, friction drag, and the four forces of flight. Delve into historical milestones with the Beechcraft Twin Bonanza, DC-10, Boeing 707, and the Concorde. Test your knowledge on aviation pioneers like Harriet Quimby, Igor Sikorsky, Glenn Curtis, and Louis Bleriot. Understand essential aerodynamic concepts and motion principles such as pitch, yaw, roll, and glide ratio.
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PHYSICS COMMERCIAL AIRCRAFT EARLY 20TH CENTURY JOURNEY OF FLT CH 2 AEROSPACE DIMENSIONS CH 1 TYPES OF CONTROL 200 200 200 200 200 400 400 400 400 400 600 600 600 600 600 800 800 800 800 800 1000 1000 1000 1000 1000
PRINCIPLE WHICH STATES AS THE VELOCITY OF A FLUID INCREASES ITS PRESSURE DECREASES
RUNNING YOUR HAND OVER A PIECE OF SANDPAPER WOULD BE AN EXAMPLE OF THIS TYPE OF DRAG
BOEING PLANE WHICH BECAME STANDARD COMMERCIAL LONG-RANGE PLANE OF THE 1960’S
HE DESIGNED THE FIRST TURBOJET ENGINE FOR USE IN AN AIRPLANE
BRISTOL AIRPLANE AND SUD-AVIATION TOGETHER BUILT THIS AIRCRAFT WHICH RETIRED IN 2003
TRUE: Alcohol is the second most common cause of dementia. The leading cause is Alzheimer’s disease
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HE WON THE 1908 SCIENTIFIC AMERICAN TROPHY AND THE 1909 GORDON BENNETT TROPHY
BUILT THE FIRST MONOPLANE, ALSO BUILT 11 PLANES BEFORE BUILDING ONE THAT COULD CROSS THE ENGLISH CHANNEL
THE LAFAYETTE ESCADRILLE GROUP WERE AMERICANS WHO FLEW FOR THIS COUNTRY IN THIS WAR
MARQUIS FRANCOIS D’ARLANDES AND PILATRE D’ROZIER PERFORMED THE FIRST ASCENT IN THIS TYPE OF AIRCRAFT
PRINCIPLE WHICH STATES THAT THE PRESSURE OF A FLUID, WHEN ACCELERATED, DECREASES
MATHEMATICAL RELATIONSHIP BETWEEN THE DISTANCE AN AIRCRAFT WILL GLIDE FORWARD TO THE ALTITUDE LOSS