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If the resultant passes through B, the original system must be equivalent to the new system shown (a single force passing through point B with no accompanying couple). R₁ 4.9' 2.1' O B R₂

If the resultant passes through B, the original system must be equivalent to the new system shown (a single force passing through point B with no accompanying couple). R₁ 4.9' 2.1' O B R₂

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Part 1 If the resultant passes through B, the original system must be equivalent to the new system shown (a single force passing through point B with no accompanying couple). R₁ 4.9' 2.1' B Solve for the forces Rx and Ry so that the forces in the original system are equal to the forces in this new system. Answers: Rx = i kips Ry= i kips R₂
Transcribed Image Text:Part 1 If the resultant passes through B, the original system must be equivalent to the new system shown (a single force passing through point B with no accompanying couple). R₁ 4.9' 2.1' B Solve for the forces Rx and Ry so that the forces in the original system are equal to the forces in this new system. Answers: Rx = i kips Ry= i kips R₂
If the resultant of the loads shown passes through point B, determine the equivalent force-couple system at O. 8.9 kips 11.3 kips 2.8' 2.1' 2.1' -x M 4.2 kips Part 1 If the resultant passes through B, the original system must be equivalent to the new system shown (a single force passing through point B with no accompanying couple). R₁ 4.9' 2.1' OB R₂
Transcribed Image Text:If the resultant of the loads shown passes through point B, determine the equivalent force-couple system at O. 8.9 kips 11.3 kips 2.8' 2.1' 2.1' -x M 4.2 kips Part 1 If the resultant passes through B, the original system must be equivalent to the new system shown (a single force passing through point B with no accompanying couple). R₁ 4.9' 2.1' OB R₂
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