The original Wright Flyer can be seen at the air and space wing of the Smithsonian museum in Washington DC.
There are also many replicas on display at various museums around the country.
THis is the first successful aircraft FLOWN, not built. -Many aircraft were invented and built before this.
The wright brothers built the plane in Ohio and flew it for the first time in Kitty hawk North Carolina
The location of that airplane, named the Flyer, is in the Smithsonian Museum, Washington, DC.
The first ever musical instrument was strictly speaking the human voice when the earliest people started to sing. But the other oldest instrument found until now is a flute made from a vulture's wing bone , 35,000 years old and discovered in the Schwaben region of Germany.
It changed history, as with the first successful flight, mankind knew it could now fly and today, we are dependant on aeroplanes as the most efficient mean of travel, as well as for business purposes
yes he did with a companies help the company was called AEA.A group of early designers formed the Aircraft Experiment Association that would exchange ideas and work together to design a better airplane. The group included Glenn Curtis, Casey Baldwin, and Lt. Selfridge. They took turns building a design by one member of the group. Alexander Bell's design was a wing made of triangular shapes that was supposed to produce more lift but it didn't fly.In the meantime, the Wright Brothers continued to issue patents to protect their design and held very few public demonstrations of their new airplane.
I don't think your question is worded exactly right. It sounds like you are saying Airplane A departs at a speed of 500 m/hr. An hour later, Airplane B departs at a speed of 600 m/hr. When will Airplane B catch up to Airplane A. The question for this is D = R * T D- distance travelled R- rate or speed T- Time To solve this problem, you have to realize that when Airplane B reaches Airplane A, both aircraft will have traveled the same Distance D. Now let T be the Time for Airplane A to travel that unknown D. So first Equation: Airplane A : D = 500*T For Airplane B, it will have to travel Distance D in that 1 hour less than it took Airplane A to travel it. Airplane B: D = 600*(T-1) D is the same in both so the equation becomes 500*T = 600*(T-1) 500*T = 600*T -600 0 = 100 *T - 600 600 = 100*T T = 6 Hours. Airplane A travels distance D = 500 * T or 500 *(6) = 3,000 miles in 6 hours. Airplane B travels the same distance in 5 hours ---so it catches up to it. So even if this is not your problem, it should demonstrate how to form the problem into 2 Equations and eliminate some of the unknowns which allow you to solve it. ~Custermen~
The first surfboards were constructed out of a light wood. Possibly made out of Balsa, a light wood that was also used for fishing boats.
i would say the first car to ever be made/designed would be in Flanders which now i think is Belgium.
They flew/made the first airplane. Therefore, we now can fly to different places.
The Wright Flyer was the first heavier-than-air powered airplane. It is now in the Smithsonian Museum.
yes there is a here and now series and there was a airplane in the series
Air & Space Museum in D.C.
it is the first flying car ever made and can be brought now for £1,000 cheep
The first telephone call ever made was over 100 years ago now. The call was made on March 10, 1876. Alexander Bell (inventor of the telephone) made the first call.
19 February 1985 and in the same place it is made now albert square
The first calculator ever made cost about $2500, compared to the $12 it costs now. i hope this helps you!
The first controlled flight in what we know now as an airplane was on December 14, 1903 flown by Orville Wright who was airborne for 12 seconds
# There are instruments indicating air speed and altitude, now. # The materials of construction have changed to metals from wood, paper, and fabric. # Engines are more efficient, now. # They can fly longer, and carry more fuel now. # They can fly faster, now. # They can fly higher, now. # They can carry more passengers, now. # They can land on water or ice, now. # Some of them can can go faster than the speed of sound, now. # They generally employ lots more people, now.
like all other engines they are made/manufactured in a factory on an assembly line or mostlikely now, by machines