24 in. 75 mm 30" B. 200 mm Fig. P6.F5 100 N 50 N Fig. P6.F6 9 in.- 6.F7 A small barrel weighing 60 lb is lifted by a pair of tongs as s Knowing that a = 5 in., draw the free-body diagram(s) neem determine the forces exerted at B and D on tong ABD. B 6.F8 The position of member ABC is controlled by the hydraulic cy CD. Knowing that 0 = 30°, draw the free-body diagram(s) ne determine the force exerted by the hydraulic cylinder on pin the reaction at B. - 18 in- Fig. P6.F7 05 im 0.8 m 10 kN 1.5 m
24 in. 75 mm 30" B. 200 mm Fig. P6.F5 100 N 50 N Fig. P6.F6 9 in.- 6.F7 A small barrel weighing 60 lb is lifted by a pair of tongs as s Knowing that a = 5 in., draw the free-body diagram(s) neem determine the forces exerted at B and D on tong ABD. B 6.F8 The position of member ABC is controlled by the hydraulic cy CD. Knowing that 0 = 30°, draw the free-body diagram(s) ne determine the force exerted by the hydraulic cylinder on pin the reaction at B. - 18 in- Fig. P6.F7 05 im 0.8 m 10 kN 1.5 m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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I just need help with the free body diagrams for these problems, please and thank you! And I will give thumbs up if all 3 problems for free body diagrams are present. (Also I have already figured out 6.F5)
Transcribed Image Text:Problems
7 in.
FREE-BODY PRACTICE PROBLEMS
9 in.
6.F5 An 84-lb force is applied to the toggle vise at C. Knowing that 0 = 90°
draw the free-body diagram(s) needed to determine the vertical force
exerted on the block at D.
6.F6 For the system and loading shown, draw the free-body diagram(s
needed to determine the force P required for equilibrium.
24 in.
40 in.
84 Ib
24 in.
75 mm
30°
B
200 mm
Fig. P6.F5
100 N
50 N
Fig. P6.F6
9 in.-
6 in.
6.F7 A small barrel weighing 60 lb is lifted by a pair of tongs as shown.
Knowing that a = 5 in., draw the free-body diagram(s) needed to
determine the forces exerted at B and D on tong ABD.
B
6.F8 The position of member ABC is controlled by the hydraulic cylinder
CD. Knowing that 0 = 30°, draw the free-body diagram(s) needed to
determine the force exerted by the hydraulic cylinder on pin C, and
D
the reaction at B.
18 in.
Fig. P6.F7
0.5 m
0.8 m
90
10 kN
1.5 m
Fig. P6.F8
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