A Boeing 737-300 needs to take off from a runway. At t=0 the pilot is waiting...

 

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A Boeing 737-300 needs to take off from a runway. At t=0 the pilot is waiting for the signal from the control tower. Wheel friction is not taken into account. Check with known flight performance data. With all conditions given; show whether the runway is long enough for the aircraft to take off. Elaborate on the length runway needed. Beware of the dimensions!! Questions. 1. Provide the equation for the take-off; 2. State the order of the differential equation. MTOM V₂ RWL Vo T max take off mass 737 Rotation speed Runway length a b initial speed op t=0 Thrust per engine P CD = a + b. C₁² CL rho sea level lift coefficient 73000 kg 140 kts 3.9 km ? m/s 80 kN 1.225 kg/m^3 0.38 0.14 0.065 A Boeing 737-300 needs to take off from a runway. At t=0 the pilot is waiting for the signal from the control tower. Wheel friction is not taken into account. Check with known flight performance data. With all conditions given; show whether the runway is long enough for the aircraft to take off. Elaborate on the length runway needed. Beware of the dimensions!! Questions. 1. Provide the equation for the take-off; 2. State the order of the differential equation. MTOM V₂ RWL Vo T max take off mass 737 Rotation speed Runway length a b initial speed op t=0 Thrust per engine P CD = a + b. C₁² CL rho sea level lift coefficient 73000 kg 140 kts 3.9 km ? m/s 80 kN 1.225 kg/m^3 0.38 0.14 0.065

Answer rating: 100% (QA)

1 The equation for takeoff of a Boeing 737300 is given by T Wgsin 12CdSV2 Where T Thrust W Weight of aircraft g Acceleration due to gravity Angle of c... View the full answer