4 VB 3 45° B 2 0 O4* The figure above shows a six-bar linkage where the slider (2) is the input link. Suppose that the dimensions of the mechanism were given, and counterclockwise is positive for rotation motion and toward the right is positive for the slider motion. Accordingly, we have been able to determine the kinematic coefficients (K.C.) of link 6 at a given instant as: • Flrst-order K.C.: f6 = 0.5123 (m-1) • Second-order K.C.: f6 = -0.0409 (m) If the slider is actuated at this given instant with a velocity v8 = 10.26 m/s and an acceleration ag = 1.64 m/s?, both toward the right-hand side, what is the magnitude of the angular acceleration (rad/s) of link 6? Provide your answer with precision to 2 decimal places.

4 VB 3 45° B 2 0 O4* The figure above shows a six-bar linkage where the slider (2) is the input link. Suppose that the dimensions of the mechanism were given, and counterclockwise is positive for rotation motion and toward the right is positive for the slider motion. Accordingly, we have been able to determine the kinematic coefficients (K.C.) of link 6 at a given instant as: • Flrst-order K.C.: f6 = 0.5123 (m-1) • Second-order K.C.: f6 = -0.0409 (m) If the slider is actuated at this given instant with a velocity v8 = 10.26 m/s and an acceleration ag = 1.64 m/s?, both toward the right-hand side, what is the magnitude of the angular acceleration (rad/s) of link 6? Provide your answer with precision to 2 decimal places.

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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