**Transcription:**Three 50 x 100 mm boards are nailed together to form a beam that is subjected to a vertical shear force V = 1500 N. Knowing that the allowable shearing force in each nail is 400 N, determine the largest longitudinal spacing \( s \) that can be used between each pair of nails.**Diagram Explanation:**The diagram depicts a stack of three boards, each measuring 50 mm in height and 100 mm in width, nailed together. The vertical shear force \( V \) is applied downward on the beam. The diagram includes:- Arrows labeled \( s \) indicating the longitudinal spacing between the nails.- Three horizontal sections, each 50 mm high, showing the arrangement of the boards.- A vertical arrow labeled \( V \), representing the shear force applied.- The entire configuration's dimension is noted as being in millimeters (mm).The task is to calculate the maximum allowable spacing \( s \) between the nails such that the shear force in each nail does not exceed 400 N.

Given: The size of each board is 50 mm x 100 mm. The vertical shear force is 1500 N. The allowable…

Three 50 x 100 mm boards are nailed together to form a beam that is subjected to a vertical shear force V = 1500 N. Knowing that the allowable shearing force in each nail is 400 N, determine the largest, longitudinal spacing s that can be used between each pair of nails. All dimensions are millimeters (mm) 50 50 50 Scanned with CamScanner 100

Three 50 x 100 mm boards are nailed together to form a beam that is subjected to a vertical shear force V = 1500 N. Knowing that the allowable shearing force in each nail is 400 N, determine the largest, longitudinal spacing s that can be used between each pair of nails. All dimensions are millimeters (mm) 50 50 50 Scanned with CamScanner 100

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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