HW5_3 Three carts, interconnected by springs, are subject to the loads P1, P2 and P3, as shown in the figure.The displacements of the carts, u1, uz & u3, are governed by the equilibrium equations:Let k;=k;=k3= 25 N/m, k=ks=10 N/m, ks=5 N/m, k;=ks=2N/m Let P1=P2=P3 = 2N. Solve for the displacements.Present the results in a complete sentence usingfprintfP¡ – kju1+ ks(u3 – u1) + k4(u2 – u1) = 0;P2 – kzu2 – k4(u2 – u1) + k6(u3 – u2) = 0;P3 – kjuz – ksu 3 – k3u3 – k6(u3 – u2) – k5(u3 – u1) = 0.k-P2 keP3ksCart 1Cart 2S Cart 3

HW5_3 Three carts, interconnected by springs, are subject to the loads P1, P2 and P3, as shown in the figure. The displacements of the carts, u1, u2 & u3, are governed by the equilibrium equations: Let k;=k;=k3= 25 N/m, k,=k6=10 N/m, ks=5 N/m, k,=ks=2 N/m Let P1=P2=P3 = 2N. Solve for the displacements. Present the results in a complete sentence using fprintf P1 – kju1 + k5(u3 – u1) + k4(u2 – u1) = 0; P2 – kzu2 – k4(u2 – 41) + k6(u3 – u2) = 0; P3 – kju3 – kgu3 – kzu3 – k6(u3 – u2) – k5(u3 – 41) = 0), P2 ke P3 P Cart 1 Cart 2 Cart 3

HW5_3 Three carts, interconnected by springs, are subject to the loads P1, P2 and P3, as shown in the figure. The displacements of the carts, u1, u2 & u3, are governed by the equilibrium equations: Let k;=k;=k3= 25 N/m, k,=k6=10 N/m, ks=5 N/m, k,=ks=2 N/m Let P1=P2=P3 = 2N. Solve for the displacements. Present the results in a complete sentence using fprintf P1 – kju1 + k5(u3 – u1) + k4(u2 – u1) = 0; P2 – kzu2 – k4(u2 – 41) + k6(u3 – u2) = 0; P3 – kju3 – kgu3 – kzu3 – k6(u3 – u2) – k5(u3 – 41) = 0), P2 ke P3 P Cart 1 Cart 2 Cart 3

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter2: Fundamentals

Section: Chapter Questions

Problem 2.31P: Consider two interconnected voltage sources connected by a line of impedance Z=jX, as shown in...

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