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Problem 3 35% The crank-slider mechanism in figure 3 has crank radius TAg = 0.15 m and connecting rod length lgp = 0.30 m. The piston D is fixed in a trace against horizontal motions. Crank AB runs at a constant rotational speed na = 2000 rpm. The mechanism is considered only at the instance where the crank orientation is e = 6o deg. A NAB

Problem 3 35% The crank-slider mechanism in figure 3 has crank radius TAg = 0.15 m and connecting rod length lgp = 0.30 m. The piston D is fixed in a trace against horizontal motions. Crank AB runs at a constant rotational speed na = 2000 rpm. The mechanism is considered only at the instance where the crank orientation is e = 6o deg. A NAB

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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Problem 3 35% D The crank-slider mechanism in figure 3 has crank radius rag = 0.15 m and connecting rod length Lgp = 0.30 m. The piston D is fixed in a trace against horizontal motions. Crank AB runs at a constant rotational speed nAB = 2000 rpm. The mechanism is considered only at the instance where the crank orientation is 6 = 60 deg. B A NAB Figure 3
Transcribed Image Text:Problem 3 35% D The crank-slider mechanism in figure 3 has crank radius rag = 0.15 m and connecting rod length Lgp = 0.30 m. The piston D is fixed in a trace against horizontal motions. Crank AB runs at a constant rotational speed nAB = 2000 rpm. The mechanism is considered only at the instance where the crank orientation is 6 = 60 deg. B A NAB Figure 3
TAB *BD BD Q3.20: Calculate the magnitude of the angular acceleration of rod BD, aBp 2407 rad/s 4818 rad/s 19451 rad/s 23017 rad/s? 44764 rad/s? a. b. C. d. e. Q3.21: Calculate the magnitude of the acceleration of the piston, ap (no signs) 119 m/s? 514 m/s? 1676 m/s2 6899 m/s? 7943 m/s2 a. b. C. d. е.
Transcribed Image Text:TAB *BD BD Q3.20: Calculate the magnitude of the angular acceleration of rod BD, aBp 2407 rad/s 4818 rad/s 19451 rad/s 23017 rad/s? 44764 rad/s? a. b. C. d. e. Q3.21: Calculate the magnitude of the acceleration of the piston, ap (no signs) 119 m/s? 514 m/s? 1676 m/s2 6899 m/s? 7943 m/s2 a. b. C. d. е.
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