Situation 6. A uniform slender bar AB, 4 m in length with mass m = 50 kg is pulled up the surfaces by a cable attached at end B and passed over a frictionless pulley at C. To minimize friction while lifting the bar, the ends were fitted with rollers. When e = 20° 22. Determine the force Tin the rope at the instant when 0 = 20°? a. 243.998 N c. 225.644 N b. 273.612 N d. 291.721 N 23. Determine the reaction force exerted by the inclined surface in roller A. a. 226.023 N c. 245.250 N b. 207.983 N d. 213.790 N

Situation 6. A uniform slender bar AB, 4 m in length with mass m = 50 kg is pulled up the surfaces by a cable attached at end B and passed over a frictionless pulley at C. To minimize friction while lifting the bar, the ends were fitted with rollers. When e = 20° 22. Determine the force Tin the rope at the instant when 0 = 20°? a. 243.998 N c. 225.644 N b. 273.612 N d. 291.721 N 23. Determine the reaction force exerted by the inclined surface in roller A. a. 226.023 N c. 245.250 N b. 207.983 N d. 213.790 N

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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