В x (in) r = 2e0.05x 100 kip-in r (in) A 10 in 100 kip-in The solid torsional shaft above is subjected to a uniform torque, as shown. The radius of the shaft (r) varies with the formula shown. Note that x 0 at point A. The shaft is made of a structural steel with the following properties: • E= 29000 ksi • G = 10000 ksi • v = 0.35 • x = 6.60E-6/°F Which of the following is closest to the magnitude of the relative angle of twist of point A compared to point B? For your reference, a relevant antiderivative function: dr- a-b

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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The solid torsional shaft above is subjected to a uniform torque, as
radius of the shaft (r) varies with the formula shown. Note that x =
The shaft is made of a structural steel with the following properties
E = 29000 ksi
• G = 10000 ksi
• v = 0.35
• x = 6.60E-6/°F
Which of the following is closest to the magnitude of the relative a
point A compared to point B?
For your reference, a relevant antiderivative function:
1
dr
a.c.
a.b
O 0.00324 rad
O 0.00172 rad
O 0.0840 rad
O 0.0125 rad
Transcribed Image Text:The solid torsional shaft above is subjected to a uniform torque, as radius of the shaft (r) varies with the formula shown. Note that x = The shaft is made of a structural steel with the following properties E = 29000 ksi • G = 10000 ksi • v = 0.35 • x = 6.60E-6/°F Which of the following is closest to the magnitude of the relative a point A compared to point B? For your reference, a relevant antiderivative function: 1 dr a.c. a.b O 0.00324 rad O 0.00172 rad O 0.0840 rad O 0.0125 rad
x (in)
r 2e0.05x
100 kip-in
r (in)
A
10 in
100 kip-in
The solid torsional shaft above is subjected to a uniform torque, as shown. The
radius of the shaft (r) varies with the formula shown. Note that x 0 at point A.
The shaft is made of a structural steel with the following properties:
· E= 29000 ksi
•G = 10000 ksi
• v = 0.35
• x = 6.60E-6/°F
Which of the following is closest to the magnitude of the relative angle of twist of
point A compared to point B?
For your reference, a relevant antiderivative function:
1
a-b
0.00324 rad
Transcribed Image Text:x (in) r 2e0.05x 100 kip-in r (in) A 10 in 100 kip-in The solid torsional shaft above is subjected to a uniform torque, as shown. The radius of the shaft (r) varies with the formula shown. Note that x 0 at point A. The shaft is made of a structural steel with the following properties: · E= 29000 ksi •G = 10000 ksi • v = 0.35 • x = 6.60E-6/°F Which of the following is closest to the magnitude of the relative angle of twist of point A compared to point B? For your reference, a relevant antiderivative function: 1 a-b 0.00324 rad
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