Situation 21: The 90 kg person, whose center of gravity is at G, is climbinga uniform ladder. The length of the ladder is 5m and its mass is 20 kg.neglecting friction1.2mSim1.6m59. Compute for the magnitude of the reaction at B for x = 1.5 m.657.49 Nc.567.24 Nа.b.786.65 Nd.858.38 N60. Compute for the magnitude of the reaction at A for x = 1.5 m.879.67 Nc.647.48 Na.b.567.24 Nd.786.65 N61. Compute the distance "x" for which the ladder will be ready to falla.1.45 mC.3.54 mb.2.61 md.4.23 m

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Situation 21: The 90 kg person, whose center of gravity is at G, is climbing a uniform ladder. The length of the ladder is 5m and its mass is 20 kg. neglecting friction 1.2m Sim 1.6m 59. Compute for the magnitude of the reaction at B for x = 1.5 m. а. 657.49 N C. 567.24 N b. 786.65 N d. 858.38 N 60. Compute for the magnitude of the reaction at A for x = 1.5 m. 879.67 N C. 647.48 N a. b. 567.24 N d. 786.65 N 61. Compute the distance "x" for which the ladder will be ready to fall a. 1.45 m C. 3.54 m b. 2.61 m d. 4.23 m

Situation 21: The 90 kg person, whose center of gravity is at G, is climbing a uniform ladder. The length of the ladder is 5m and its mass is 20 kg. neglecting friction 1.2m Sim 1.6m 59. Compute for the magnitude of the reaction at B for x = 1.5 m. а. 657.49 N C. 567.24 N b. 786.65 N d. 858.38 N 60. Compute for the magnitude of the reaction at A for x = 1.5 m. 879.67 N C. 647.48 N a. b. 567.24 N d. 786.65 N 61. Compute the distance "x" for which the ladder will be ready to fall a. 1.45 m C. 3.54 m b. 2.61 m d. 4.23 m

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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