Review

pgs. 1-13

Basic Forces

pgs. 14-21, #1,2,8,12

pgs. 24-28, #18,24,28,32

pgs. 31-35, #36,40,48,52

pgs. 39-45, #56,60,62,66,68,72

pgs. 48-49, #76,80,84,88,94

#96,100,106

Rigid Bodies and Moments

pgs. 59-72, #1,2,4,6,8,10,16,18,24

pgs. 76-82, #28,32,36,42

pgs. 86-94, #54,56,58,62,70,76

pgs. 99-110, #78,82,86,90,96

pgs. 116-122, #As Required

Rigid Body Equilibrium

pgs. 126-137, #4,10,18,36,40

pgs. 144-146, #44,52,58

pgs. 150-156, #66,76,84,102

pgs. 164-166, #As Required

Trusses and Method of Joints

pgs. 223-233 (not sec6.6), #6,8,16

pgs. 236-240, #24,42,48

pgs. 244-250, #52,64,76,92

pgs. 259-261, #112,120,124

pgs. 270-272, #As Required

Friction

pgs. 1-9 (soft Cover Book), #4,12,22,52

pgs. 18-21, #64,74

pgs. 34-37, #108,124

pgs. 41-43, #As Required

Centroids

pgs. 170-180, #2,10,14

pgs. 186-187, #42,50

pgs. 197-200, #74,84,96

pgs. 204-210, #108

pgs. 216-219, #As Required

Moments of Inertia

pgs. 47-54 (soft Cover Book), #4,14

pgs. 57-63, #26,40

pgs. 100-105, #As Required

Mid-Term Exam #2

Internal Forces in Beams

pgs. 276-278, #6,10

pgs. 281-286, #28,38

pgs. 289-294, #56,58,70

pgs. 311-314, #As Required

Stress - Normal and Shear

pgs. 1-13(2nd half of book) , #2,14,34

Stress and factor of safety

pgs. 19-28, #36,50

Stress and Strain

pgs. 39-55, #4,24,

Stress Concentrations

pgs. 90-94, #92,98

Shear Strain

pgs. 74-85, #66,84

Torsion

pgs. 114-125, #2,18

Angle of Twist

pgs. 129-137, #24,40

Stress concentrations

pgs.143-147, #60,72

Bending

pgs. 183-193, #2,20

Composite sections and stress concentration

pgs. 204-211, #36,64

Transverse Loading

pgs. 277-290, #2,16

Bridge Building Competition (Nov., 26th, 8-9am and 5:30-6:30pm)