6. (10 pts) A curved beam shown has a 2 [in] diameter solid circular cross-section. The outer radius of the curved beam is 11 [in]. Moment M has a value of 3000 [lbf*in]. What is the magnitude of the maximum compressive normal stress at the left end of the beam, where it attaches to the wall? M IT.2 I = 70.785 64 3000.1 0.785 Pick the closest answer. 3250 3550 3820 4120 5150

Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter14: Data Mining
Section14.2: Classification Methods
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6. (10 pts) A curved beam shown has a 2 [in] diameter solid circular cross-section. The
outer radius of the curved beam is 11 [in]. Moment M has a value of 3000 [lbf*in]. What is
the magnitude of the maximum compressive normal stress at the left end of the beam,
where it attaches to the wall?
M
IT.2
I =
70.785
64
3000.1
0.785
Pick the closest answer.
3250 3550 3820 4120 5150
Transcribed Image Text:6. (10 pts) A curved beam shown has a 2 [in] diameter solid circular cross-section. The outer radius of the curved beam is 11 [in]. Moment M has a value of 3000 [lbf*in]. What is the magnitude of the maximum compressive normal stress at the left end of the beam, where it attaches to the wall? M IT.2 I = 70.785 64 3000.1 0.785 Pick the closest answer. 3250 3550 3820 4120 5150
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