Mechanics Problem Set Worksheet - Week 5, Exercises of Mechanics

Problems with Solutions - Calculating support reactions of different figures.

Typology: Exercises

2019/2020

Available from 01/19/2023

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Answer the following problems and show your complete solution. Use the file name:
FamilyName_ID#_Activity (ex. CastaƱeda_2017-19070_PracticeProblemSetWeek5).
Attach the file in PDF format and submit to USeP Virtual Environment (UVE). Deadline of
Submission: Oct. 31, 2020 11:59PM.
Scoring will be based on the rubric below:
Item
Rubrics for Problem Solving
Maximum
Raw Score
In Percent
Description
1
There is no attempt to solve the problem.
0
Unsatisfactory
2
Identifies the questions required in the
problem and presents the data necessary to
solve questions.
25
Developing
3
Draws the model figure (if needed), and
present the basic principles with appropriate
sketches + Item 2
50
Satisfactory
4
Presents definite ideas of the work and
provides logical steps of the solution + Item
3
75
Very
Satisfactory
5
Answered all of the questions + Item 4
100
Exemplar
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pf5
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pf9
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Answer the following problems and show your complete solution. Use the file name: FamilyName_ID#_Activity (ex. CastaƱeda_2017-19070_PracticeProblemSetWeek 5 ). Attach the file in PDF format and submit to USeP Virtual Environment (UVE). Deadline of Submission: Oct. 31 , 2020 11:59PM. Scoring will be based on the rubric below: Item Rubrics for Problem Solving Maximum Raw Score In Percent Description 1 There is no attempt to solve the problem. 0 Unsatisfactory 2 Identifies the questions required in the problem and presents the data necessary to solve questions. 25 Developing 3 Draws the model figure (if needed), and present the basic principles with appropriate sketches + Item 2 50 Satisfactory 4 Presents definite ideas of the work and provides logical steps of the solution + Item 3 75 Very Satisfactory 5 Answered all of the questions + Item 4 100 Exemplar

Problem No. 1: If the magnitude of š‘€ is 5 kN-m, determine the reactions on the pin support at š“ and the roller support at šµ. Solution:

Problem No. 2 : Bar š“š¶ supports two 400-N loads as shown. Rollers at š“ and š¶ rest against frictionless surfaces and a cable šµš· is attached at šµ. Determine ( a ) the tension in cable šµš·, ( b ) the reaction at š“, ( c ) the reaction at š¶. Solution:

Problem No. 4 : The bracket šµš¶š· is hinged at š¶ and attached to a control cable at šµ. For the loading shown, determine ( a ) the tension in the cable, ( b ) the reaction at š¶. Solution:

Problem No. 5: Determine the components of reaction at the fixed support š“. Neglect the thickness of the beam. Solution:

Problem No. 7: Draw the free-body diagram of the beam, which is pin-supported at š“ and rests on the smooth incline at šµ. Calculate the support reactions also. Solution: