A general inverted slider crank linkage has the following: The link lengths are link 2 = 5, link 4 = 3, link 1 -8. The values of y =90° 02 = 30°, 0. = 98.24°. %3! The angular velocity of link 2 wz = 50 rad/s CW 03 04 RB 02 Find the angular velocities of link 3 wz and and link 4 wa and slip velocity of point B: Select one: Ac O a. w3 =-70.92 rad/s; wa= 305.41 rad/s; slip velocity =-70.92 Go O b. wz = 70.92 rad/s; wa= 70.92 rad/s; slip velocity = -406.8 O c. W3 = 70.92 rad/s; wa 70.92 rad/s; slip velocity =-305.41 O d. w3 = 70.92 rad/s; wa= 70.92 rad/s; slip velocity = 105.41
A general inverted slider crank linkage has the following: The link lengths are link 2 = 5, link 4 = 3, link 1 -8. The values of y =90° 02 = 30°, 0. = 98.24°. %3! The angular velocity of link 2 wz = 50 rad/s CW 03 04 RB 02 Find the angular velocities of link 3 wz and and link 4 wa and slip velocity of point B: Select one: Ac O a. w3 =-70.92 rad/s; wa= 305.41 rad/s; slip velocity =-70.92 Go O b. wz = 70.92 rad/s; wa= 70.92 rad/s; slip velocity = -406.8 O c. W3 = 70.92 rad/s; wa 70.92 rad/s; slip velocity =-305.41 O d. w3 = 70.92 rad/s; wa= 70.92 rad/s; slip velocity = 105.41
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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Transcribed Image Text:A general inverted slider crank linkage has the following:
The link lengths are link 2 = 5, link 4 = 3, link 1 -8.
The values of y =90° 0, -30°, 0 = 98.24°.
The angular velocity of link 2 wz = 50 rad/s CW
03
RB
02
02
Find the angular velocities of link 3 wz and and link 4 wa and slip velocity of point B:
Select one:
%3D
O a. w3 =- 70.92 rad/s; wa= 305.41 rad/s; slip velocity = -70.92
Act
O b. wz = 70.92 rad/s; wa= 70.92 rad/s; slip velocity = -406.8
Go t
O c. W3= 70.92 rad/s; wa 70.92 rad/s; slip velocity -305.41
O d. w3 = 70.92 rad/s; wa= 70.92 rad/s; slip velocity = 105.41
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