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1. Circle all zero force members. Please state the members, with the two letters at each end of the member, in the box below and in the box when you submit the exam. C E B L. 2. A beam from A (pin joint) to B (roller) has a triangular distributed load as shown with w = 76 lb/ft, a = 7.3 ft and b 8.2 ft. What are the support reaction(s) at B? Please specify the direction of the reactions. A B a + W w(x)

1. Circle all zero force members. Please state the members, with the two letters at each end of the member, in the box below and in the box when you submit the exam. C E B L. 2. A beam from A (pin joint) to B (roller) has a triangular distributed load as shown with w = 76 lb/ft, a = 7.3 ft and b 8.2 ft. What are the support reaction(s) at B? Please specify the direction of the reactions. A B a + W w(x)

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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1. Circle all zero force members. Please state the members, with the two letters at each end of the member, in the box below and in the box when you submit the exam. C E B L. 2. A beam from A (pin joint) to B (roller) has a triangular distributed load as shown with w = 76 lb/ft, a = 7.3 ft and b 8.2 ft. What are the support reaction(s) at B? Please specify the direction of the reactions. A B a + W w(x)
Transcribed Image Text:1. Circle all zero force members. Please state the members, with the two letters at each end of the member, in the box below and in the box when you submit the exam. C E B L. 2. A beam from A (pin joint) to B (roller) has a triangular distributed load as shown with w = 76 lb/ft, a = 7.3 ft and b 8.2 ft. What are the support reaction(s) at B? Please specify the direction of the reactions. A B a + W w(x)
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