Determinea) the maximum shear stress, along the beam,b) the maximum tensile bending stress along thebeam,c) the maximum compressive bending stress alongthe beam.d) If the top board (20 mm x 60 mm) is connectedwith the nails to the below part, determine themaximum allowable spacing s, if each nail canresist a shear force of 1.5 kN. 8000 NQ1. Determine1500 N/ma) the maximum shear stress, along the beam,b) the maximum tensile bending stress along thebeam,c) the maximum compressive bending stress alongthe beam.- 0.3 m-0.4 m--0.4 md) If the top board (20 mm x 60 mm) is connectedwith the nails to the below part, determine themaximum allowable spacing s, if each nail canresist a shear force of 1.5 kN.Cross Section-60 mm-INA = 1.36 (10)-6 m*A20 mm30 mm|N.A.60 mmy = 50 mmA220 mm

Given, A beam wit UDL of , w =1500 N/m. A point load , P =8000 N Moment of inertia about the NA ,…

Answered: Determine a) the maximum shear stress,…

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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Determine
a) the maximum shear stress, along the beam,
b) the maximum tensile bending stress along the
beam,
c) the maximum compressive bending stress along
the beam.
d) If the top board (20 mm x 60 mm) is connected
with the nails to the below part, determine the
maximum allowable spacing s, if each nail can
resist a shear force of 1.5 kN.

8000 N
Q1. Determine
1500 N/m
a) the maximum shear stress, along the beam,
b) the maximum tensile bending stress along the
beam,
c) the maximum compressive bending stress along
the beam.
- 0.3 m
-0.4 m-
-0.4 m
d) If the top board (20 mm x 60 mm) is connected
with the nails to the below part, determine the
maximum allowable spacing s, if each nail can
resist a shear force of 1.5 kN.
Cross Section
-60 mm-
INA = 1.36 (10)-6 m*
A
20 mm
30 mm
|N.A.
60 mm
y = 50 mm
A2
20 mm

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