1.9 In Fig. 1.69, find the equivalent spring constant of the system in the direction of 0.0K₁1ki0000000000K₁2K₂000004₁FIGURE 1.69 A system of linear and torsional springsconnected to rotating rigid bars.

1.9 In Fig. 1.69, find the equivalent spring constant of the system in the direction of 0. 12 0 K₁1 k₁ 00000 K3 00000 k₁2. k2 00000 FIGURE 1.69 A system of linear and torsional springs connected to rotating rigid bars.

1.9 In Fig. 1.69, find the equivalent spring constant of the system in the direction of 0. 12 0 K₁1 k₁ 00000 K3 00000 k₁2. k2 00000 FIGURE 1.69 A system of linear and torsional springs connected to rotating rigid bars.

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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Question

1.9 In Fig. 1.69, find the equivalent spring constant of the system in the direction of 0.
0
K₁1
ki
00000
00000
K₁2
K₂
00000
4₁
FIGURE 1.69 A system of linear and torsional springs
connected to rotating rigid bars.

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The equivalent spring constant.

FBD:

The free-body diagram is shown below.

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