1. When landing on an aircraft carrier, a 5000 Kg airplane is given a deceleration of 3g (29.43 m/s?) by means of a cable engaged by an arresting hook as shown a) Find the tension in the cable, the wheel reaction R, the distance e from the c.g. to the line of action of the cable. b) Find the tension in the fuselage at vertical section AA and BB if the portion of the airplane forward section AA has mass of 1500 Kg and the portion aft of the section BB has mass of 500 Kg. nia 100 B T R -150 cm 2. A 15,000 Kg airplane is shown at the time of landing impact, when the ground reactions on each wheel is 22,500g N. a) If one wheel and tire has a mass of 250 Kg, find the compression C and bending moment M in the oleo strut if the strut is vertical and is 15 cm from the centreline of the wheel. b) Find the shear and bending moment at section AA of the wing if the wing outboard of this section has a mass of 750 Kg and has its c.g. 300 cm outboard of section AA. c) Find the required shock strut deflection if the airplane strikes the ground with a vertical velocity of 4 m/s and has a constant vertical deceleration (say -2g) until the vertical velocity is zero