A beam hangs vertically from the ceiling as shown below. The beam is fixed at the ceiling at C with. a= 4.4 ft. b 6 ft. M=201.0 ft-lb CCW. 0=29.0°. and. F = 83.0 lb. What is the resultant moment from M and F acting at point C? 0 M F A For the system at right the rod is held up with a pin connection with a smooth collar at A and a pin connection at B, with dimensions, a= 6.6 ft, b=4.6 ft. The loads applied are a Force, F = 48 lb., and a Moment, M=436 ft*lb CW. Calculate the support reactions at A and B (in cartesian form). F M Pin Joint 5 Pin Connected to collar on smooth rod
A beam hangs vertically from the ceiling as shown below. The beam is fixed at the ceiling at C with. a= 4.4 ft. b 6 ft. M=201.0 ft-lb CCW. 0=29.0°. and. F = 83.0 lb. What is the resultant moment from M and F acting at point C? 0 M F A For the system at right the rod is held up with a pin connection with a smooth collar at A and a pin connection at B, with dimensions, a= 6.6 ft, b=4.6 ft. The loads applied are a Force, F = 48 lb., and a Moment, M=436 ft*lb CW. Calculate the support reactions at A and B (in cartesian form). F M Pin Joint 5 Pin Connected to collar on smooth rod
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
Related questions
Question
A4.2
Please help. Written on paper not typed on computer or keyboard please.
Need help both questions. Please include all units, steps to the problem and information such as its direction or if it is in compression or tension. Thx.
Transcribed Image Text:A beam hangs vertically from the ceiling as
shown below. The beam is fixed at the ceiling at C with. a=
4.4 ft. b 6 ft. M=201.0 ft-lb CCW. 0=29.0°. and. F = 83.0
lb. What is the resultant moment from M and F acting at
point C?
0
M
F
A
For the system at right the rod is held up with a pin connection with
a smooth collar at A and a pin connection at B, with dimensions, a=
6.6 ft, b=4.6 ft. The loads applied are a Force, F = 48 lb., and a
Moment, M=436 ft*lb CW. Calculate the support reactions at A
and B (in cartesian form).
F
M
Pin Joint
5
Pin Connected to
collar on smooth rod
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