ENG 035 Statics
Assignment 9
Due on Dec. 5th (Tue), 2006
1. Problem 7.30 on Page 369.
2. Problem 7.31 on Page 369.
3. Problem 7.37 on Page 369.
4. Problem 7.153 on Page 406.
5. For the beam AB below, knowing that P = Q = 500 lb, determine (a)
ENG 035 Statics Assignment 2
Due on Oct. 17th, 2006 1. The force F has a magnitude of 500 lb and acts along the line AM, where M is the midpoint of the vertical side OB of the parallelepiped. Express F as its magnitude times the appropriate unit vect
ENG 035 Statics
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Assignment 4
Due on Oct. 31 , 2006
1. Problem 3.148 on Page 152. 2. Problem 3.84 on Page 119. 3. Draw the complete free-body diagram for each of the dark grey bodies. Neglect the weight of the body if the mass m is not given.
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ENG 035 Statics Assignment 3
Due on Oct. 24th, 2006
1. For the L-shaped bar shown in the figure: (a) Calculate the moment of the 90-N force about point O for the condition = 15; (b) Determine the value of for which the moment about O is zero; (c)
ENG 035 Statics Assignment 1
Due on Oct. 10th, 2006 (Textbook: Beer and Johnston, 8th edition).
1. Problem 2.2 on Page 25
2. For two given vectors F and G,
3. For a given force vector F,
4. Problem 2.28 on Page 34.
5. Problem 2.37 on Page 35.
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ENG 035 Statics
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Assignment 8
Due on Nov. 28 (Tue), 2006
1. Problem 6.35 on Page 302 (Simple Truss Problem).
2. Using the method of integration, determine the x- and y-coordinates of the centroid of the shaded region below.
3. Problem 5.18 on
ENG 035 Statics
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Assignment 6
Due on Nov. 14 (Tue), 2006
1. Problem 6.4 on Page 297.
2. Problem 6.12 on Page 298.
3. Problem 6.42 on Page 310.
4. Problem 6.52 on Page 311.
5. Three 10-kN forces are applied to the simply supported truss below
ENG 035 Statics
Assignment 10
No Turn-In Required (Solution will be Posted by 12/8, Friday)
Part I Shear and Moment Diagram using Method of 7.6 (Relationship between w, V and M) 1. Problem 7.59 on Page 380.
2. Problem 7.60 on Page 380.
3. Probl
ENG 035 Statics
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Assignment 7
Due on Nov. 21 (Tue), 2006
1. Two forces are applied to the truss at joint E as shown. Note that the surface of the roller support at joint A is not horizontal. Determine the force in members DB, DC, DE, and DG usin
ENG 035 Statics
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Assignment 5
Due on Nov. 7 (Tue), 2006
1. Problem 4.21 on Page 175.
2. Problem 4.50 on Page 181.
3. The weight of the ball in the figure is 75 kg. Determine the reaction force at pin A and the cable force of CD.
4. Problem 4.