A bucket is supported by cables and pulleys system as shown in Figure Q2. Base on the information provided in Table Q2. (a) Find the reaction of each cables in the system. Neglect the self-weight of cables and assume the pulleys are frictionless. (b) If the maximum capacity of cable is T (N), determine the maximum weight of bucket, W (N) that the system can support. D E 'B FIGURE Q2(a) TABLE Q2 Angle, (°) Tension capacity of cable, T (N) Last digit of your matric card no. (Example - A21EAXXXX) 1, 6 2, 7 3, 8 4,9 5, 0 Weight of bucket, W (N) 45 30 100 200 35 40 100 150 30 45 150 250 35 40 150 300 45 30 200 300
A bucket is supported by cables and pulleys system as shown in Figure Q2. Base on the information provided in Table Q2. (a) Find the reaction of each cables in the system. Neglect the self-weight of cables and assume the pulleys are frictionless. (b) If the maximum capacity of cable is T (N), determine the maximum weight of bucket, W (N) that the system can support. D E 'B FIGURE Q2(a) TABLE Q2 Angle, (°) Tension capacity of cable, T (N) Last digit of your matric card no. (Example - A21EAXXXX) 1, 6 2, 7 3, 8 4,9 5, 0 Weight of bucket, W (N) 45 30 100 200 35 40 100 150 30 45 150 250 35 40 150 300 45 30 200 300
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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