19 A free-body diagram: a) Shows a member in terms of the forces and moments acting on it. b) Applies to members that are freely suspended. c) Shows the internal stresses within a member d) Relates shear ard moment to stress and strain 20. What is the formula for moment: a) translational displacement xrotat onal displacement b) force distance c) mechanical advantage x torque d) me² 21. Which of the following units is an example of moment a) 10 kips b) 30 kips/f1 (klf) c) 10 kips/in (si) d 10 kip-ft
19 A free-body diagram: a) Shows a member in terms of the forces and moments acting on it. b) Applies to members that are freely suspended. c) Shows the internal stresses within a member d) Relates shear ard moment to stress and strain 20. What is the formula for moment: a) translational displacement xrotat onal displacement b) force distance c) mechanical advantage x torque d) me² 21. Which of the following units is an example of moment a) 10 kips b) 30 kips/f1 (klf) c) 10 kips/in (si) d 10 kip-ft
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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![FORCES AND MOMENTS
19. A free-body diagram:
b)
a) Shows a member in terms of the forces and moments acting on it.
Applies to members that are freely suspended.
Shows the internal stresses within a member
d) Relates shear and moment to stress and strain.
c)
20. What is the formula for moment:
a) translational displacement x rotational displacement
b) force x distance
c) mechanical advantage x torque
d) me²
21. Which of the following units is an example of moment
a) 10 kips
b) 30 kips/f1(klf)
c) 30 kips/in (ks)
d) 10 kip-ft](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbee8660b-019c-477d-b7dc-728f6af44633%2F8a95e78b-2c93-4709-820d-5b82ec74a058%2F7l7lr5_processed.jpeg&w=3840&q=75)
Transcribed Image Text:FORCES AND MOMENTS
19. A free-body diagram:
b)
a) Shows a member in terms of the forces and moments acting on it.
Applies to members that are freely suspended.
Shows the internal stresses within a member
d) Relates shear and moment to stress and strain.
c)
20. What is the formula for moment:
a) translational displacement x rotational displacement
b) force x distance
c) mechanical advantage x torque
d) me²
21. Which of the following units is an example of moment
a) 10 kips
b) 30 kips/f1(klf)
c) 30 kips/in (ks)
d) 10 kip-ft
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