Moment of Inertia

Moment of Inertia - is Wl = 900 N Figure 4.12 Example 4.1....

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r- Diameter LOcm I -=(so+ x 31g+ 5-0 800) = i 5 / 9 ~ ~ + @,-mD = 55, ~/00/31& rsCC - )J= C ( 5 0 + 3 l B 9 d goo)= 47, 700 f ?J,uoO- /If 700 ( Dr. Gd\el Ettknne - MMes.te 15 M&S) (318fm.d
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Mechanical linked togetl damental ele A beam conn by means of r or cables forr. atively simpb the equations Example 4.1 standing on a tionless knife- A C' where the h i : . the center of g D directly unda the length of tl I I t e the distance bl 4
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Unformatted text preview: is Wl = 900 N Figure 4.12 Example 4.1. Calculate the \rlc la\wn LJ, = l m N Grid Mz - G3ht +he p%.w- d e ma55 w\ = 30ka \ R J L = M9 = 3 0 xq,8 \nl, -- 686.3 N , 3rA U e d s o hue v?fiLh'm & c e ~ actin3 6n +h~ beam 3 w e a to applg ~ & l f e d @qdlibnum or 9 e ~ o www R A find k g a h l with 414 VD+L~~UJ aclul\; mdrt~m abwt polfit A ~ l d B. Ex mq c.anhu\wi b$ & ihc mbhahbn$ ecpil; brium & +he b ~ n q ah& p n t A. (4...
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This note was uploaded on 10/25/2009 for the course BME 3150 taught by Professor Geriellemodeste during the Fall '09 term at UConn.

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Moment of Inertia - is Wl = 900 N Figure 4.12 Example 4.1....

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