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Situation 3 - Refer to the three-hinged arch shown in the Figure. Given: 7. 8. 9. P₁ = P4 = 100 kN P2= P3= 250 kN s = 3 m H = 18 m Determine the horizontal reaction (kN) at A going to B. A. 100 C. O B. 200 D. Determine the vertical reaction (kN) at C. A. 200 B. 350 Determine the total reaction (kN) at B. A. 250 B. 324 S P₁ S P₂ S C S C. D. O 350 P₁ C. 364 D. 350 S 100 S B H

Situation 3 - Refer to the three-hinged arch shown in the Figure. Given: 7. 8. 9. P₁ = P4 = 100 kN P2= P3= 250 kN s = 3 m H = 18 m Determine the horizontal reaction (kN) at A going to B. A. 100 C. O B. 200 D. Determine the vertical reaction (kN) at C. A. 200 B. 350 Determine the total reaction (kN) at B. A. 250 B. 324 S P₁ S P₂ S C S C. D. O 350 P₁ C. 364 D. 350 S 100 S B H

Structural Analysis
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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Situation 3 - Refer to the three-hinged arch shown in the Figure. Given: 7. 8. 9. P₁ = P4 = 100 kN P2= P3= 250 kN s = 3 m H = 18 m Determine the horizontal reaction (kN) at A going to B. C. O D. 350 A. 100 B. 200 Determine the vertical reaction (kN) at C. A. 200 B. 350 Determine the total reaction (kN) at B. A. 250 B. 324 S P₁ S P₂ S C S C. 100 D. O C. 364 D. 350 S S B H
Transcribed Image Text:Situation 3 - Refer to the three-hinged arch shown in the Figure. Given: 7. 8. 9. P₁ = P4 = 100 kN P2= P3= 250 kN s = 3 m H = 18 m Determine the horizontal reaction (kN) at A going to B. C. O D. 350 A. 100 B. 200 Determine the vertical reaction (kN) at C. A. 200 B. 350 Determine the total reaction (kN) at B. A. 250 B. 324 S P₁ S P₂ S C S C. 100 D. O C. 364 D. 350 S S B H
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