Smith Rowe
JF-Expert Member
- Sep 18, 2018
- 4,574
- 9,783
An aircraft flies with it's wings banked at 35° to the vertical in order to fly in a horizontal circle of radius "r" if the aircraft has mass 4×10^4 kg and constants speed of 250m/s. The two forces i.e force P acting to the inclined angle and the weight W:-
1) Use the concept from horizontal circular motion sketch the general motion or event
2) State the vertical components
of P for horizontal flight.
3) Calculate the horizontal component of P
4) Determine the acceleration of aircraft towards the center of the circle (use Newton's second law)
5) Calculate the radius "r" of the path
6) Calculate P
baba swalehe
Mwifwa
1) Use the concept from horizontal circular motion sketch the general motion or event
2) State the vertical components
of P for horizontal flight.
3) Calculate the horizontal component of P
4) Determine the acceleration of aircraft towards the center of the circle (use Newton's second law)
5) Calculate the radius "r" of the path
6) Calculate P
baba swalehe
Mwifwa