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Question: and the shaft is in equilibrium the mass 7 a...

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and the shaft is in equilibrium. The mass 7) A 200 N force is applied to the shaft as shown m, supported by the shaft is most nearly: 100 75 200 N (A) 44.1 kg (B) 56.2 kg 150 100 (C) 73.3 kg (D) 93.5 kg 45 100 (E) 147 kg (F) 223 kg (G) 391 kg (H) 417 kg (D) 521 kg Radinl bearing Thrust bearing Dimensions in millimeters () 604 kg 8) The magnitude of the reaction at the thrust bearing, A, is most nearly (A) 44.1 N (B) 56.2 N (C) 75.3 N (D) 93.5 N (B) 147 N (F) 223 N (G) 391 N (H) 417 N (1) 521 N (J) 604 N 9) The magnitude of the reaction at the radial bearing, B, is most nearly: (A)44.1 N (B) 56.2 N (C) 75.3 N (D) 93.5 N (E) 147 N (F) 223 N (G) 391 N (H) 417 N () 521 N (0) 604 N
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