Question: Q7) The tensegrity structure shown consists of two frames connected by two cables under tension. The frames are restricted to motion in the plane of

Q7) The \"tensegrity\" structure shown consistsQ7) The \"tensegrity\" structure shown consists
Q7) The \"tensegrity\" structure shown consists of two frames connected by two cables under tension. The frames are restricted to motion in the plane of the image shown in the figure below. Frame 2 is sitting on a flat surface and remains stationary. Frame 1 is supported by the two cables under tension (cable from A to B and cable from C to D). The two frames have identical dimensions and are made from square aluminium tube with a mass of 3 kg per metre length. (Assume gravitational acceleration g = 9.81 m/s?) a. Calculate the tension in both cables. a. Cable A-B is suddenly cut. What will be the angular acceleration of frame 1 an instant after cable A-B is cut? [Total 20 Marks] \f

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