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Task 3: The sketched overhead crane carries the effective force F1 = 60 KN and the balancing load F2 = 96 kN on its jib. The weight of the crane bridge is FG1 = 97 kN, the weight of the jib with jib FG2 = 40 KN. The line with a distance 12 from the edge lies exactly in the middle between A and B. Given: 14 11 = 11.2m = 1.3m 12 = 2.2m 15= 4.2m 1 13 = 5.6m 16 = 0.4m A B -D FG1V 13 FG2 FV 62 EV 16 15 3.1: What is the axle force FA of the rotary trolley with a wheelbase (from A to B) of 2.2 m? a) 218.8 kN b) 74.21 kN c) 163.1 KN d) 32.9 kN 3.2: What is the axle force FB of the rotary trolley with a wheelbase of 2.2 m? a) 74.21 kN b) 218.8 kN c) 32.9 kN d) 163.1 kN 3.3: What is the supporting force FC on the bicycles of the crane bridge? a) 32.9 kN b) 163.1 kN c) 218.8 kN d) 74.21 kN

Task 3: The sketched overhead crane carries the effective force F1 = 60 KN and the balancing load F2 = 96 kN on its jib. The weight of the crane bridge is FG1 = 97 kN, the weight of the jib with jib FG2 = 40 KN. The line with a distance 12 from the edge lies exactly in the middle between A and B. Given: 14 11 = 11.2m = 1.3m 12 = 2.2m 15= 4.2m 1 13 = 5.6m 16 = 0.4m A B -D FG1V 13 FG2 FV 62 EV 16 15 3.1: What is the axle force FA of the rotary trolley with a wheelbase (from A to B) of 2.2 m? a) 218.8 kN b) 74.21 kN c) 163.1 KN d) 32.9 kN 3.2: What is the axle force FB of the rotary trolley with a wheelbase of 2.2 m? a) 74.21 kN b) 218.8 kN c) 32.9 kN d) 163.1 kN 3.3: What is the supporting force FC on the bicycles of the crane bridge? a) 32.9 kN b) 163.1 kN c) 218.8 kN d) 74.21 kN

Elements Of Electromagnetics
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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Task 3: The sketched overhead crane carries the effective force F1 = 60 KN and the balancing load F2 = 96 kN on its jib. The weight of the crane bridge is FG1 = 97 kN, the weight of the jib with jib FG2 = 40 KN. The line with a distance 12 from the edge lies exactly in the middle between A and B. Given: 14 11 = 11.2m = 1.3m 12 = 2.2m 15= 4.2m 1 13 = 5.6m 16 = 0.4m A B -D FG1V 13 FG2 FV 62 EV 16 15 3.1: What is the axle force FA of the rotary trolley with a wheelbase (from A to B) of 2.2 m? a) 218.8 kN b) 74.21 kN c) 163.1 KN d) 32.9 kN 3.2: What is the axle force FB of the rotary trolley with a wheelbase of 2.2 m? a) 74.21 kN b) 218.8 kN c) 32.9 kN d) 163.1 kN 3.3: What is the supporting force FC on the bicycles of the crane bridge? a) 32.9 kN b) 163.1 kN c) 218.8 kN d) 74.21 kN
Transcribed Image Text:Task 3: The sketched overhead crane carries the effective force F1 = 60 KN and the balancing load F2 = 96 kN on its jib. The weight of the crane bridge is FG1 = 97 kN, the weight of the jib with jib FG2 = 40 KN. The line with a distance 12 from the edge lies exactly in the middle between A and B. Given: 14 11 = 11.2m = 1.3m 12 = 2.2m 15= 4.2m 1 13 = 5.6m 16 = 0.4m A B -D FG1V 13 FG2 FV 62 EV 16 15 3.1: What is the axle force FA of the rotary trolley with a wheelbase (from A to B) of 2.2 m? a) 218.8 kN b) 74.21 kN c) 163.1 KN d) 32.9 kN 3.2: What is the axle force FB of the rotary trolley with a wheelbase of 2.2 m? a) 74.21 kN b) 218.8 kN c) 32.9 kN d) 163.1 kN 3.3: What is the supporting force FC on the bicycles of the crane bridge? a) 32.9 kN b) 163.1 kN c) 218.8 kN d) 74.21 kN
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