Question 4 ( For the specimen shown, what will be the maximum stress near the hole region (in ksi)? A. 24.2 B. 22.0 C. 19.8 D. 16.4 3350 lb 32 2.49 in. 0.25 in 3350 b

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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Question 4 (
For the specimen shown, what will be the maximum stress near the hole region (in ksi)?
0.25 in.
A. 24.2
B. 22.0
C. 19.8
D. 16.4
3350 lb
A. 350
B. 419
C. 614
D. 838
K
32
6
3.0
5
26
3
13
20
6
at
1 in.
2.49 in.
a
E
N
alk
Question 5 (.
sky
The beam fits between the supports without reactional forces when the temperature is
(70 F) When the temperature is increased to (100 F), the reactional force at A and B will
be (in kip):
Aluminum
12 in.
48
84
12.8 (10)/"F
10.6 (10) ksi
3350 tb
05
Transcribed Image Text:Question 4 ( For the specimen shown, what will be the maximum stress near the hole region (in ksi)? 0.25 in. A. 24.2 B. 22.0 C. 19.8 D. 16.4 3350 lb A. 350 B. 419 C. 614 D. 838 K 32 6 3.0 5 26 3 13 20 6 at 1 in. 2.49 in. a E N alk Question 5 (. sky The beam fits between the supports without reactional forces when the temperature is (70 F) When the temperature is increased to (100 F), the reactional force at A and B will be (in kip): Aluminum 12 in. 48 84 12.8 (10)/"F 10.6 (10) ksi 3350 tb 05
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