For a rotating shaft modeled as shown, find maRA and mgRB, placed in correc- tion planes A and B, respectively, that dynamically balance the system. Use: mı=2.2 kg, m;=1.8 kg, lA=25 cm, l=110 cm,...

For a rotating shaft modeled as shown, find maRA and mgRB, placed in correc-<br>tion planes A and B, respectively, that dynamically balance the system.<br>Use: mı=2.2 kg, m;=1.8 kg, lA=25 cm, l=110 cm, 2=360 cm, lB=400 cm, R;=85<br>cm @ 95°, R2=70 cm @ 190°.<br>mi<br>A<br>B<br>mi<br>XI<br>X2<br>| l .<br>li<br>m2<br>12<br>IB<br>m2<br>

Extracted text: For a rotating shaft modeled as shown, find maRA and mgRB, placed in correc- tion planes A and B, respectively, that dynamically balance the system. Use: mı=2.2 kg, m;=1.8 kg, lA=25 cm, l=110 cm, 2=360 cm, lB=400 cm, R;=85 cm @ 95°, R2=70 cm @ 190°. mi A B mi XI X2 | l . li m2 12 IB m2

Jun 11, 2022

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For a rotating shaft modeled as shown, find maRA and mgRB, placed in correc- tion planes A and B, respectively, that dynamically balance the system. Use: mı=2.2 kg, m;=1.8 kg, lA=25 cm, l=110 cm,...

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