Determine the deck space needed to allow a fighter jet to take off from an aircraft...
Determine the deck space needed to allow a fighter jet to take off from an aircraft carrier. Clearly state any assumptions you are making. Take off speed is 165 mph and it must be off the deck 2 seconds after it starts to taxi.
A fighter jet taking off from an aircraft carrier accelerates from rest to Mach 2 seconds. What force is pressing an 80-kg pilot against the seat?
The flight path of a jet aircraft as it takes off is defined by the parametric equations x= 1.2t^2 and y = 0.04t^3where t is the time after take-off, measured in seconds, and x and y are given in meters. At t = 50 s (just before it starts to level off), determine (a) the horizontal distance it is at from the airport, (b) its altitude, (c) its speed and (d) the magnitude of its acceleration.
Can someone help me with this problem.
Incorrect. Assuming in both cases the jet starts from rest and has the same takeoff velocity, it takes less time to get to takeoff speed when launching from the carrier. Comparing the time, and knowing that the launch velocities are equal, you can compare the accelerations To answer this question, first click here to view the associated video. To attain its takeoff speed, the typical land-based takeoff distance for a certain fighter jet...
Name Rec. Inst. _ Hand-in-Hw - In order for planes to take off from an aircraft carrier deck, they need an initial speed boost. This initial speed is provided by the aireraft carrier ep in the form of a catapult system (using either steam or electromagnetic force). To ensure the system is operational, it is occasionally tested by B accelerating a heavy mass (2000Kg). The test measures how far from Check: the end of the flight deck this mass hits...
A test aircraft shows, immediately after take-off, a trajectory
with the Cartesian equation: Y = 5*10-5
x2
It moves as the expression x = 150t + 5t2 , where "t" is
in seconds and X results in meters.
Determine the position, speed and acceleration of the aircraft when
t= 10 seconds.
5 (10)2
The lift and drag graphs of the model airplane weights.7 lbf are shown in Fig 6.1 and 62 below Figure 6.1 Lift vs angle of attack of thae jet fighter mode Figure 6.2 Dig v angle of attack of the jet fighter model 1.2 08 500 0400 06 04 02 100 024610 12 14 16 18 20 22 24 0 24610 12 14 16 18 20 22 24 a C) 20MPH Determine: Figure 63 LD i angle of attack of...
Problem Background Managing the operations of the air group on an aircraft carrier is a complex and dangerous task. These carrier operations involve launching and landing (recovering) aircraft. Aircraft require an Aircrew. The Aircrew accumulate experience as they conduct more missions. Missions require a certain level of expertise. This expertise is known as the status of the Aircrew. When an aircraft is first created, it is placed on the carrier flight deck. An Aircrew will (can) be created and assigned...
IM.L1.4-02 You've just received your new Scooty-Puff, Jr. Space scooter in the mail and you hope to use it to travel from Earth to Mars. The specification sheet that came with it says that it will provide a time dependent thrust given by the equation below. Assume the mass of Scooby-Puff Jr. you and the scooter combined is 500 kg and a negligible amount of mass is lost during the acceleration. Also assume you are taking off from a space...
1. A car accelerates from zero to 105 km/h in 5.21 s. What is its average acceleration in km/h/s and m/s? 2. An object moving in the x-direction has a position described by the function x(t) - 6.30t + 8.70t2, where t is in seconds and x is in meters. What is the acceleration as a function of time? The figure shows the graph of v vs t for the motion of a motorcyle that starts from rest and moves...