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For the mechanical system given in Figure 1: i. Construct the Free Body diagram. Properly indicate and label all the forces. ii. From your FBD in (i), propose the differential equation for this system and determine its transfer function. x(t)

For the mechanical system given in Figure 1: i. Construct the Free Body diagram. Properly indicate and label all the forces. ii. From your FBD in (i), propose the differential equation for this system and determine its transfer function. x(t)

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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Q1. a. For the mechanical system given in Figure 1: i. Construct the Free Body diagram. Properly indicate and label all the forces. ii. From your FBD in (i), propose the differential equation for this system and determine its transfer function,. x(t) B2=2N-s/m if(t) M = 3 kg K= 4 N/m B1 = 2N-s/m Figure 1 b. Develop differential equation model for mechanical system shown below X, H f-cos(t) m K:=2 elle B-4 Ki=2 K3-3 Frictionless
Transcribed Image Text:Q1. a. For the mechanical system given in Figure 1: i. Construct the Free Body diagram. Properly indicate and label all the forces. ii. From your FBD in (i), propose the differential equation for this system and determine its transfer function,. x(t) B2=2N-s/m if(t) M = 3 kg K= 4 N/m B1 = 2N-s/m Figure 1 b. Develop differential equation model for mechanical system shown below X, H f-cos(t) m K:=2 elle B-4 Ki=2 K3-3 Frictionless
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