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Determine the forces acting on the ground and the torque, T12, to maintain static equilibrium for the four-bar linkage shown in Figure using both graphical and analytical methods. ŘA0₂ = 87.5 mm, ŘBA = RB0₁ = 150 mm, Rco₂ = 100 mm, RDO4 and RO₂04 = 175 mm. D B P 4 105.1° 240° 3 to 0₂ T12 A 2 -152.4° 04 = 50 mm,

Determine the forces acting on the ground and the torque, T12, to maintain static equilibrium for the four-bar linkage shown in Figure using both graphical and analytical methods. ŘA0₂ = 87.5 mm, ŘBA = RB0₁ = 150 mm, Rco₂ = 100 mm, RDO4 and RO₂04 = 175 mm. D B P 4 105.1° 240° 3 to 0₂ T12 A 2 -152.4° 04 = 50 mm,

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
Problem 1.1MA
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for first one, P=222.5 N, Rd = 175 mm.solve graphically and analytically and show all complete steps

Determine the forces acting on the ground and the torque, T12, to maintain static equilibrium for the four-bar linkage shown in Figure using both graphical and analytical methods. ŘA0₂ = 87.5 mm, ŘBA = RB04 = 150 mm, Rco₂ = 100 mm, RDO4 and RO₂04 = 175 mm. D B 3 P 4 105.1° 240°. to A 2 770₂ T12 -152.4° 04 = 50 mm,
Transcribed Image Text:Determine the forces acting on the ground and the torque, T12, to maintain static equilibrium for the four-bar linkage shown in Figure using both graphical and analytical methods. ŘA0₂ = 87.5 mm, ŘBA = RB04 = 150 mm, Rco₂ = 100 mm, RDO4 and RO₂04 = 175 mm. D B 3 P 4 105.1° 240°. to A 2 770₂ T12 -152.4° 04 = 50 mm,
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