Date: Q4: A rectangular filleted bar as shown in figure below is subjected AISI 1050 cold-dawa seel Al un in m 220 N-500 N to a fluctuating force F that varies tom 220 N to 500 N at the end of this R3 bar at 'C'. Another end of this bar at 33 'A' are fixed to the wall. This bar is F2 made of AISI 1050 cold-drawn steel. This bar has a thickness of 5mm, a machine surface finish and 90% reliability R3 = 3 mm Calculate safety factor, (N) of this part by using Goodman line theory. Assume any missing data. Give your comments about result. 130 190 F = 100 - 150 N
Date: Q4: A rectangular filleted bar as shown in figure below is subjected AISI 1050 cold-dawa seel Al un in m 220 N-500 N to a fluctuating force F that varies tom 220 N to 500 N at the end of this R3 bar at 'C'. Another end of this bar at 33 'A' are fixed to the wall. This bar is F2 made of AISI 1050 cold-drawn steel. This bar has a thickness of 5mm, a machine surface finish and 90% reliability R3 = 3 mm Calculate safety factor, (N) of this part by using Goodman line theory. Assume any missing data. Give your comments about result. 130 190 F = 100 - 150 N
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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i need the answer quickly
![Date:
Q4: A rectangular filleted bar as
AISI 1050 cold-dawaseel
220 N-500 N
Al uni in
shown in figure below is subjected
to a fluctuating force F that varies
tom 220 N to 500 N at the end of this
bar at 'C. Another end of this bar at
A
B.
R3
F2
33
'A' are fixed to the wall. This bar is
made of AISI 1050 cold-drawn
steel. This bar has a thickness of
5mm, a machine surface finish and
90% reliability R3 = 3 mm
Calculate safety factor, (N) of this
part by using Goodman line theory.
Assume any missing data.
Give your comments about result.
130
190
F= 100~150 N](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F74d235b7-81da-47c4-85b0-f0a8990134b8%2Fcb5dd111-2a23-4f8f-9c30-7889c44fda12%2Fngd14ab_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Date:
Q4: A rectangular filleted bar as
AISI 1050 cold-dawaseel
220 N-500 N
Al uni in
shown in figure below is subjected
to a fluctuating force F that varies
tom 220 N to 500 N at the end of this
bar at 'C. Another end of this bar at
A
B.
R3
F2
33
'A' are fixed to the wall. This bar is
made of AISI 1050 cold-drawn
steel. This bar has a thickness of
5mm, a machine surface finish and
90% reliability R3 = 3 mm
Calculate safety factor, (N) of this
part by using Goodman line theory.
Assume any missing data.
Give your comments about result.
130
190
F= 100~150 N
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