A simply supported beam is made of four 50 mm x 150 mm wood planks that are fastened by screws as shown in the cross section below. The beam carries a concentrated load at the middle of its 3.6 m span that causes a maximum bending stress of 9.65 MPa in the wood section. Determine the largest allowable spacing/pitch if the shear strength in each screw is limited to 890 N. O a. 59.02 mm O b. 51.05 mm O c. 64.52 mm O d. 35.66 mm
A simply supported beam is made of four 50 mm x 150 mm wood planks that are fastened by screws as shown in the cross section below. The beam carries a concentrated load at the middle of its 3.6 m span that causes a maximum bending stress of 9.65 MPa in the wood section. Determine the largest allowable spacing/pitch if the shear strength in each screw is limited to 890 N. O a. 59.02 mm O b. 51.05 mm O c. 64.52 mm O d. 35.66 mm
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![A simply supported beam is made of four 50 mm x 150 mm wood planks that
are fastened by screws as shown in the cross section below. The beam carries
a concentrated load at the middle of its 3.6 m span that causes a maximum
bending stress of 9.65 MPa in the wood section. Determine the largest
allowable spacing/pitch if the shear strength in each screw is limited to 890
N.
O a. 59.02 mm
O b. 51.05 mm
O c. 64.52 mm
O d. 35.66 mm](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F15fdf4eb-3b85-4695-bf07-56f69c7e3995%2F745c98d4-8468-40de-9718-e0bb8f242836%2Fkxzy4hi_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A simply supported beam is made of four 50 mm x 150 mm wood planks that
are fastened by screws as shown in the cross section below. The beam carries
a concentrated load at the middle of its 3.6 m span that causes a maximum
bending stress of 9.65 MPa in the wood section. Determine the largest
allowable spacing/pitch if the shear strength in each screw is limited to 890
N.
O a. 59.02 mm
O b. 51.05 mm
O c. 64.52 mm
O d. 35.66 mm
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