Consider the system is the following figure.K1 = 4 N/mx;(1)K2 = 5 N/mAt)%3D= 3 N-s/m M =1 kg JV23N- S/m | M2=2 kg fy. = 2 N-s/m%3DThe differential equations of the system is[3*, +5x, +9x, -3x, - 5x, = f()2ä, +5x, +5x, -3i, – 5x, = 0Si+6x +9x -3x, – 5x, = 02ä, + 5x, +5x, – 3x, – 5x, = f(1)а.с.|*+6x, +9x, -3x, -5x, = 0b.i + 6x, +9x, – 3x, -5x, = 0i, +5x, + 5x, – 3x, – 4x, = f(1)d.i, +5x, + 5x, -3i, – x, = f(1)Select one:O a. bO b. cO C. ad. d

We will draw free body diagram and then we will apply force balance to get equations.

Consider the system is the following figure. ) K2 = 5 N/m x,(1) K1 = 4 N/m At) %3D = 3 N-s/m M =1 kg Jv2-3N-S/m M2=2 kg| fy. = 2 N-s/ml The differential equations of the system is [3ä, + 5x, +9x, – 3t, - 5x, = f() | 2ä, +5x, +5x, –3x, – 5x, = 0 Si+6x, +9x -3x, – 5x, = 0 2ï, +5x, + 5x, -3.x, – 5x, = f(1) а. C. i, + 6x, +9x, – 3x, – 5x, = 0 i, + 5x, + 5x, - 3x, – 4x, = f(1) S+6x, +9x, – 3x, - 5x, = 0 b. d. lä, +5.x, + 5x, -3x, –x, = f(t) Select one: O a.b O b. c O c. a O d. d

Consider the system is the following figure. ) K2 = 5 N/m x,(1) K1 = 4 N/m At) %3D = 3 N-s/m M =1 kg Jv2-3N-S/m M2=2 kg| fy. = 2 N-s/ml The differential equations of the system is [3ä, + 5x, +9x, – 3t, - 5x, = f() | 2ä, +5x, +5x, –3x, – 5x, = 0 Si+6x, +9x -3x, – 5x, = 0 2ï, +5x, + 5x, -3.x, – 5x, = f(1) а. C. i, + 6x, +9x, – 3x, – 5x, = 0 i, + 5x, + 5x, - 3x, – 4x, = f(1) S+6x, +9x, – 3x, - 5x, = 0 b. d. lä, +5.x, + 5x, -3x, –x, = f(t) Select one: O a.b O b. c O c. a O d. d

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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