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A steel plate ABCD shown in Figure 1 is pinned at E and roller supported at B. Use values a, b and 0. Determine the reactions at pin E and roller B in kN. la) Maintain all the variables determine h such that no vertical component of reaction i.e. E, = 0. Explain your answer if necessary. lc) Use ONLY Three-force member approach, calculate reactions at roller B in kN. b b D C a h A

A steel plate ABCD shown in Figure 1 is pinned at E and roller supported at B. Use values a, b and 0. Determine the reactions at pin E and roller B in kN. la) Maintain all the variables determine h such that no vertical component of reaction i.e. E, = 0. Explain your answer if necessary. lc) Use ONLY Three-force member approach, calculate reactions at roller B in kN. b b D C a h A

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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use these value
p =50 kN
a = 940 mm
h = 560 mm
b = 290 mm
theta = 53

A steel plate ABCD shown in Figure 1 is pinned at E and roller supported at B. Use values a, b, h, P and 0. la) 1b) Determine the reactions at pin E and roller B in kN. Maintain all the variables determine h such that no vertical component of reaction at E, i.e. E, = 0. Explain your answer if necessary. Use ONLY Three-force member approach, calculate reactions at roller B in kN. lc) b b D C a E h A Figure 1
Transcribed Image Text:A steel plate ABCD shown in Figure 1 is pinned at E and roller supported at B. Use values a, b, h, P and 0. la) 1b) Determine the reactions at pin E and roller B in kN. Maintain all the variables determine h such that no vertical component of reaction at E, i.e. E, = 0. Explain your answer if necessary. Use ONLY Three-force member approach, calculate reactions at roller B in kN. lc) b b D C a E h A Figure 1
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