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.12 Determine the required input torque T, for static equilibrium of the mechanism shown in Figure P9.12. Torque T; has a magnitude of 600 in lb. B BC = 2.25 in BD = 3.25 in C D O = 3 in 3 = 2 in 4 = 2.75 in 6 = 1 in 75° 03 "- O5 T5 4 in -1 in- FIGURE P9.12

.12 Determine the required input torque T, for static equilibrium of the mechanism shown in Figure P9.12. Torque T; has a magnitude of 600 in lb. B BC = 2.25 in BD = 3.25 in C D O = 3 in 3 = 2 in 4 = 2.75 in 6 = 1 in 75° 03 "- O5 T5 4 in -1 in- FIGURE P9.12

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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676 Chapter 9 Static-Force Analysis 9.12 Determine the required input torque T, for static equilibrium of the mechanism shown in Figure P9.12. Torque T, has a magnitude of 600 in · Ib. B BC = 2.25 in BD = 3.25 in 1 = 3 in (3 = 2 in T1 4) = 2.75 in = 1 in 75° 03 O5 E T5 4 in FIGURE P9.12
Transcribed Image Text:676 Chapter 9 Static-Force Analysis 9.12 Determine the required input torque T, for static equilibrium of the mechanism shown in Figure P9.12. Torque T, has a magnitude of 600 in · Ib. B BC = 2.25 in BD = 3.25 in 1 = 3 in (3 = 2 in T1 4) = 2.75 in = 1 in 75° 03 O5 E T5 4 in FIGURE P9.12
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