how can i find the real dimensions of the Wright brothers' kitty hawk flyer? (badly needed for a science fair)
451373
You did not specify which model, so try this link.
1010522
Perhaps you might get him a subscription to the Experimental Aircraft Association, if he doesn't already have one. They meet every summer in Oshkosh WI (half a million of them or more) and it's planes planes and more planes! Call or email them. They would be happy to help you.
422042
NASA WorldWind:\nhttp://worldwind.arc.nasa.gov/
203580
weel it took a bit of time but I found it~\nhttp://rds.yahoo.com/_ylt=A0Je5VfCIiVElRoBdj1XNyoA;_ylu=X3oDMTE1a2psMTI1BGNvbG8DdwRsA1dTMQRwb3MDNARzZWMDc3IEdnRpZANPT1A1XzU-/SIG=148ql8get/EXP=1143370818/**http://www.ocean-institute.org/edu_programs/materials/P/PDF/PDF_FG/FG_Flying.pdf#search='flying%20fish%20diet'
48198
General characteristics\nWingspan: between 93.0 ft and 112.6 ft (28.3 m and 34.3 m) (36 m for winglet -700, -800, -900) \nLength: \n102.5 ft (31.2 m) (600) \n110.3 ft (33.6 m) (700) \n129.5 ft (39.5 m) (800) \n138.2 ft (42.1 m) (900, 900ER) \nTail height: \n41.3 ft (12.6 m) (600) \n41.2 ft (12.5 m) (700, 800, 900, 900ER) \nEngines: Two high-bypass turbofan engines, rated at between 64.4 kN and 117.3 kN each \nPratt & Whitney JT8D (100, 200) \nCFMI CFM56-3 (300, 400, 500) \nCFMI CFM56-7 (600, 700, 800, 900, 900ER) \nMaximum takeoff weight: \n143,500 lb (65,090 kg) (600) \n174,200 lb (79,010 kg) (700, 800, 900) \nCapacity: 85 to 215 passengers \nCost: USD $45.5 million to $77 million list price in 2005 [2] \nAutoflight, Displays, Navigation and Sensors by Honeywell \nSection 41, fuselage, and most other components produced in Wichita, Kansas. Final assembly is in Seattle-Renton, Washington.
487444
There seems to be a part missing.\n\nPossibly airplane:Wright::telephone:Bell
253154
l = length\nw = width\n\nl = 8w\n\nlw = 128\n(8w)(w) = 128\n8w² = 128\nw² = 16\nw = 4\nl = 8(4)\nl = 32\n\nWidth is 4 feet.
698418
Measure the trailer in the photo. Figure out what scaling factor is required to match it to the real object. Convert that to units; for example if it's 1 inch long and 36 feet long in reality, that is 1:36*12 = 1:432 scale.
561298
u will like this one http://www.acepilots.com/planes/main.html
927947
build a big arc out of paper mache.\ngive the lengths of straight lines to the end of the arc. \n\nhave students gague the length by "eyeballing it"\n\nthen use a piece of rope to demonstrate the actual length..\n\n.
1078210
http://worldwind.arc.nasa.gov/download.html
1121613
Check this one\nhttp://science.nasa.gov/Realtime/jtrack/3d/JTrack3D.html
770896
http://toys.findandcompare.com/4_2438/air-hockey-tables.html
351859
Simple version of it:\nhttp://www.missionsofca.com/mission-images/hcay9018-mission-02.jpg\n\nUse cardboard.
314204
Because of the weight of the sticks, you will probably need to split them into 1/4 or 1/8 widths, wet them and curve then for the wing shape (rounded on top), and then glue them in a framework. Use tissue paper. If you make a propeller, you could power it with a wound rubber band.\n\nConstructions such as this were made by aeronautic teenagers 50 years ago, but they usually used balsa wood.
234213
http://winds.jpl.nasa.gov/missions/quikscat/index.cfm
579123
Try this database which I've been using. It's certified by ebay\n\nhttp://www.getyourebook.com/wwbstartright