An aircraft with a cruising speed of 750 km / h, at an altitude of about 11500 m. is progressing. The aircraft has a top view area of 160 m2 and a total mass of 80000 kg. given. Also, the air density at this altitude is about 0.3 kg/ms. airplane landing and uses double-slit wings for take off. However, while cruising It continues its flight by collecting its wings. NACA 23012 airfoil own aircraft; a) at the time of take-off and landing when the wings are extended and not extended Find the safe lowest speeds required. b) determine the angle of attack required for continuous cruise at cruise altitude. c) the strength to provide the necessary thrust to overcome the resistance force coming upon it. calculate. (Air density on the ground is determined as 1.20 kg/m3.
An aircraft with a cruising speed of 750 km / h, at an altitude of about 11500 m.
is progressing. The aircraft has a top view area of 160 m2 and a total mass of 80000 kg.
given. Also, the air density at this altitude is about 0.3 kg/ms. airplane landing
and uses double-slit wings for take off. However, while cruising
It continues its flight by collecting its wings. NACA 23012 airfoil
own aircraft;
a) at the time of take-off and landing when the wings are extended and not extended
Find the safe lowest speeds required.
b) determine the angle of attack required for continuous cruise at cruise altitude.
c) the strength to provide the necessary thrust to overcome the resistance force coming upon it.
calculate.
(Air density on the ground is determined as 1.20 kg/m3.
![Soru 3) 750 km/h seyir hızına sahip olan bir uçak, yaklaşık 11500 m irtifada
ilerlemektedir. Uçağın üst bakış alanı 160 m? ve toplam kütlesi 80000 kg olarak
verilmiştir. Ayrıca, bu irtifadaki hava yoğunluğu yaklaşık 0.3 kg/m*tür. Uçak iniş
ve kalkışlarda çift-yarıklı kanatlarını kullanmaktadır. Ancak, seyir halinde iken
kanatları toplayarak uçuşuna devam etmektedir. NACA 23012 kanat profiline
sahip uçağın;
a) kanatları uzatttığı ve uzatmadığı durumlarda kalkış ve iniş yaptığı andaki
gerekli olan emniyetli en düşük hızları bulunuz.
b) seyir irtifasında iken sürekli seyir için gerekli olan hücum açısını belirleyiniz.
c) üzerine gelen direnç kuvvetini yenmesi için gerekli olan itkiyi sağlayacak gücü
hesaplayınız.
(Yerdeki durumda hava yoğunluğu 1.20 kg/m³ olarak belirlenmiştir.)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc8ab5e3c-2159-469f-ab15-eeded37d7d77%2F62f0903f-a66b-4382-a019-4529de604a5c%2Fbpbwxuh_processed.png&w=3840&q=75)
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