Determine the shear force, S, in the web at section 1. Provide your answer in newtons (N) to the nearest whole number. 2.) Calculate the maximum value of shear flow, q, in the web at a section 1m from the free end of the beam. Provide your answer in N/mm to 2 decimal places. Don't copy from any other answer otherwise I will give u a good no.of downvotes. If it is correct answer u will get good no.of upvotes.
Determine the shear force, S, in the web at section 1. Provide your answer in newtons (N) to the nearest whole number. 2.) Calculate the maximum value of shear flow, q, in the web at a section 1m from the free end of the beam. Provide your answer in N/mm to 2 decimal places. Don't copy from any other answer otherwise I will give u a good no.of downvotes. If it is correct answer u will get good no.of upvotes.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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1.) Determine the shear force, S, in the web at section 1.
Provide your answer in newtons (N) to the nearest whole number.
2.) Calculate the maximum value of shear flow, q, in the web at a section 1m from the free end of the beam.
Provide your answer in N/mm to 2 decimal places.
Don't copy from any other answer otherwise I will give u a good no.of downvotes.
If it is correct answer u will get good no.of upvotes.
Transcribed Image Text:Consider P21.2 from the text with the following alternative web thickness:
t = 0.6mm
500 mm
1m
1m
Answer the questions that follow.
15 kN/m
500 mm²
Im
4
1200
200 mm
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