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Equilibrium of a rigid body: cantilever beam
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Determine the reactions supporting a cantilever beam carrying concentrated forces and moments.
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England schools
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England university
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Scotland schools
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said | Ready to use | 4 years, 2 months ago |
History
William Haynes 4 years, 2 months ago
Gave some feedback: Ready to use
William Haynes 4 years, 6 months ago
Gave some feedback: Needs to be tested
William Haynes 4 years, 11 months ago
Gave some feedback: Has some problems
William Haynes 6 years, 5 months ago
Gave some feedback: Ready to use
William Haynes 6 years, 6 months ago
Published this.William Haynes 6 years, 6 months ago
Created this.Name | Status | Author | Last Modified | |
---|---|---|---|---|
Equilibrium of a rigid body: cantilever beam | Ready to use | William Haynes | 07/02/2024 18:41 | |
Cantilever beam | draft | Keith Tarnowski | 05/06/2019 11:04 | |
Keith's copy of Equilibrium of a rigid body: cantilever beam | draft | Keith Tarnowski | 05/06/2019 16:23 |
There are 2 other versions that do you not have access to.
Name | Type | Generated Value |
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L | integer |
2
|
||||
A | number |
0.4
|
||||
B | number |
0.8
|
||||
units | list |
[ "lb", "ft" ]
|
||||
FA | vector |
vector(0,20)
|
||||
magA | integer |
20
|
||||
MagC | integer |
20
|
||||
theta_c | integer |
80
|
||||
FC | vector |
Vector with 2 components
|
||||
M | integer |
-300
|
||||
debug | boolean |
false
|
Name | Type | Generated Value |
---|
OA | quantity |
quantity(0.8, "ft")
|
||||
OC | quantity |
quantity(2, "ft")
|
||||
OB | quantity |
quantity(1.6, "ft")
|
||||
MA | quantity |
quantity(16, "lbs*ft")
|
||||
MC | quantity |
quantity(39.392310120488318, "lbs*ft")
|
||||
MB | quantity |
quantity(-300, "lbs*ft")
|
||||
MO | quantity |
quantity(244.607689879512, "lbs*ft")
|
||||
FO | vector |
Vector with 2 components
|
||||
dirO | quantity |
quantity(265, "deg")
|
Name | Type | Generated Value |
---|
Generated value: integer
2
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This question is used in the following exams:
- Chapter 5 Exercises by William Haynes in Engineering Statics.
- Chapter 05 Exercises by Michael Proudman in Engineering Statics.
- 13. Equilibrium of Rigid Bodies by Michael Proudman in Engineering Statics.
- studio 4 - Chapter 5 Exercises by Jay McCormack in studio 4.
- studio 4 - Chapter 5 Exercises by Jay McCormack in Jay's workspace.
- Chapter 5 Exercises for studio 4 by Jay McCormack in 23-24 Studio 4 Statics Practice.
- 13. Equilibrium of Rigid Bodies by William Haynes in Engineering Statics.