The crank OA of the mechanism shown in Figure 1 rotates uniformly at 180 r.p.m.in clockwise direction. The various lengths on the mechanism are:Table 1: The lengths of the mechanismOAAB150 mm450 mmTEATTPB240 mm1.1.Use vector diagram to calculate the velocity of Piston D.1.2. Calculate the accelerations of Piston D.420300I 150ammmwrinBC210 mmBO30°Figure 1: All dimensions in the mechanism are in mmCD660 mm

NAO=180r.p.m., or ωAO=2π×180/60= 18.85 rad/s OA = 150 mm = 0.15 m A B = 450 mm = 0.45 m PB = 240…

The crank OA of the mechanism shown in Figure 1 rotates uniformly at 180 r.p.m n clockwise direction. The various lengths on the mechanism are: Table 1: The lengths of the mechanism OA AB 150 mm 450 mm PB 240 mm Use vector diagram to calculate the velocity of Piston D. Calculate the accelerations of Piston D. 300. BC 210 mm multin D CD 660 mm

The crank OA of the mechanism shown in Figure 1 rotates uniformly at 180 r.p.m n clockwise direction. The various lengths on the mechanism are: Table 1: The lengths of the mechanism OA AB 150 mm 450 mm PB 240 mm Use vector diagram to calculate the velocity of Piston D. Calculate the accelerations of Piston D. 300. BC 210 mm multin D CD 660 mm

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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