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a) (25%) Evaluate the displacement, u1 = u(x = 0.27) =? %3D b) (25%) Evaluate the velocity, ů̟ = ú(x = 0.27) =? c) (25%) Evaluate the displacement, uz = u(x = 0.29) =? d) (25%) Evaluate the velocity, ủz = ú(x = 0.29) =? %3D

a) (25%) Evaluate the displacement, u1 = u(x = 0.27) =? %3D b) (25%) Evaluate the velocity, ů̟ = ú(x = 0.27) =? c) (25%) Evaluate the displacement, uz = u(x = 0.29) =? d) (25%) Evaluate the velocity, ủz = ú(x = 0.29) =? %3D

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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d²u 2- dt2 du + 0.2- dt + 30u = F(t) %3D Here m = 2k9, c = 0.2 Na/m , k = 30 N/m, F(t) = 1000(1 – t) N, and at time to = 0.25 s, the initial conditions are u = 1.8m for the displacement, and ů = -0.7m/s for the velocity. Use the Euler Method to evaluate the displacement and velocity response of the mass at time t=0.29 s. Use a time step of At = 0.02 s. u(t) f m | F(1) a) (25%) Evaluate the displacement, u1 = u(x = 0.27) =? %3D b) (25%) Evaluate the velocity, ủ1 = ü(x = 0.27) =? c) (25%) Evaluate the displacement, u2 = u(x = 0.29) =? d) (25%) Evaluate the velocity, ủz = i(x = 0.29) =?
Transcribed Image Text:d²u 2- dt2 du + 0.2- dt + 30u = F(t) %3D Here m = 2k9, c = 0.2 Na/m , k = 30 N/m, F(t) = 1000(1 – t) N, and at time to = 0.25 s, the initial conditions are u = 1.8m for the displacement, and ů = -0.7m/s for the velocity. Use the Euler Method to evaluate the displacement and velocity response of the mass at time t=0.29 s. Use a time step of At = 0.02 s. u(t) f m | F(1) a) (25%) Evaluate the displacement, u1 = u(x = 0.27) =? %3D b) (25%) Evaluate the velocity, ủ1 = ü(x = 0.27) =? c) (25%) Evaluate the displacement, u2 = u(x = 0.29) =? d) (25%) Evaluate the velocity, ủz = i(x = 0.29) =?
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