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P You are designing an irrigation system. You reduce the system's applied loads down to Px, Py, and Pz as shown in the figure to the right. There is an internal pressure p of 500 kPa H2O. Based on the following values, answer the questions below. Px is 900 N ★ Py is 0.00 N Pz is -200 N ★ Q is 212,000 mm³ ★I is 31,400,000 mm² ★ J is 62,900,000 mm² ★ Lengths y1, y2, Z1, Z2 are all 0.750 m Py Z1 d=176 mm D= 200 mm Px 12 Cross section. N = B D X

P You are designing an irrigation system. You reduce the system's applied loads down to Px, Py, and Pz as shown in the figure to the right. There is an internal pressure p of 500 kPa H2O. Based on the following values, answer the questions below. Px is 900 N ★ Py is 0.00 N Pz is -200 N ★ Q is 212,000 mm³ ★I is 31,400,000 mm² ★ J is 62,900,000 mm² ★ Lengths y1, y2, Z1, Z2 are all 0.750 m Py Z1 d=176 mm D= 200 mm Px 12 Cross section. N = B D 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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Calculate the stress state at D (populate the stress tensor)

P You are designing an irrigation system. You reduce the system's applied loads down to Px, Py, and Pz as shown in the figure to the right. There is an internal pressure p of 500 kPa H2O. Based on the following values, answer the questions below. Px is 900 N ★ Py is 0.00 N Pz is -200 N ★ Q is 212,000 mm³ ★I is 31,400,000 mm² ★ J is 62,900,000 mm² ★ Lengths y1, y2, Z1, Z2 are all 0.750 m Py Z1 d=176 mm D= 200 mm Px 12 Cross section. N = B D X
Transcribed Image Text:P You are designing an irrigation system. You reduce the system's applied loads down to Px, Py, and Pz as shown in the figure to the right. There is an internal pressure p of 500 kPa H2O. Based on the following values, answer the questions below. Px is 900 N ★ Py is 0.00 N Pz is -200 N ★ Q is 212,000 mm³ ★I is 31,400,000 mm² ★ J is 62,900,000 mm² ★ Lengths y1, y2, Z1, Z2 are all 0.750 m Py Z1 d=176 mm D= 200 mm Px 12 Cross section. N = B D X
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