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h CORTE a-a clamp shown in the figure exerts a npressive force of 2.93 kN on the wooden cks. Determine the maximum normal ss (with the corresponding sign) acting on rectangular cross section a-a shown in the re, where b is equal to 1.44 cm and h is al to 1.53 cm. Assume that distance d is al to 11 45 cm

h CORTE a-a clamp shown in the figure exerts a npressive force of 2.93 kN on the wooden cks. Determine the maximum normal ss (with the corresponding sign) acting on rectangular cross section a-a shown in the re, where b is equal to 1.44 cm and h is al to 1.53 cm. Assume that distance d is al to 11 45 cm

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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d h h a CORTE a-a b The clamp shown in the figure exerts a compressive force of 2.93 kN on the wooden blocks. Determine the maximum normal stress (with the corresponding sign) acting on the rectangular cross section a-a shown in the figure, where b is equal to 1.44 cm and h is equal to 1.53 cm. Assume that distance d is equal to 11.45 cm. A) Provide below the calculated value for the maximum normal voltage (with the corresponding sign):
Transcribed Image Text:d h h a CORTE a-a b The clamp shown in the figure exerts a compressive force of 2.93 kN on the wooden blocks. Determine the maximum normal stress (with the corresponding sign) acting on the rectangular cross section a-a shown in the figure, where b is equal to 1.44 cm and h is equal to 1.53 cm. Assume that distance d is equal to 11.45 cm. A) Provide below the calculated value for the maximum normal voltage (with the corresponding sign):
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