Q1/ Draw the normal stress distribution over the cross section on which the maximum normal stress occurs. El = 80000 MPa., E2=20000 MPa A 10 kN/m M- 20 kN MATERIAL 10 MM B MATERIAL MATERIAL 2 100 MM MATERIAL 2 -2 M- -40 mm Q2/ the beam in Q1 (a) find the spacing required between Nails 1 (b) find the spacing required between Nails 2, shear force per nails is 70 kN. 50 mm 16 mm Nail 1- 10 MM- 140 mm Nail 2 16 mm
Q1/ Draw the normal stress distribution over the cross section on which the maximum normal stress occurs. El = 80000 MPa., E2=20000 MPa A 10 kN/m M- 20 kN MATERIAL 10 MM B MATERIAL MATERIAL 2 100 MM MATERIAL 2 -2 M- -40 mm Q2/ the beam in Q1 (a) find the spacing required between Nails 1 (b) find the spacing required between Nails 2, shear force per nails is 70 kN. 50 mm 16 mm Nail 1- 10 MM- 140 mm Nail 2 16 mm
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
![Q1/ Draw the normal stress
distribution over the cross
section on which the maximum
normal stress occurs. El =
80000 MPa., E2=20000 MPa
A
10 kN/m
M-
20 kN
MATERIAL
10 MM
B
MATERIAL
MATERIAL 2
100 MM
MATERIAL 2
-2 M-
-40 mm
Q2/ the beam in Q1 (a) find the spacing required between Nails 1 (b) find
the spacing required between Nails 2, shear force per nails is 70 kN.
50 mm
16 mm
Nail 1-
10 MM-
140 mm
Nail 2
16 mm](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc064f65f-880a-4dbf-b9f6-4247106abaf0%2Ff5cc0906-10bc-4417-b11f-14b37a60814a%2F491v3l_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q1/ Draw the normal stress
distribution over the cross
section on which the maximum
normal stress occurs. El =
80000 MPa., E2=20000 MPa
A
10 kN/m
M-
20 kN
MATERIAL
10 MM
B
MATERIAL
MATERIAL 2
100 MM
MATERIAL 2
-2 M-
-40 mm
Q2/ the beam in Q1 (a) find the spacing required between Nails 1 (b) find
the spacing required between Nails 2, shear force per nails is 70 kN.
50 mm
16 mm
Nail 1-
10 MM-
140 mm
Nail 2
16 mm
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