Solving Statics Problem: 6-kg Plank, Forces at A & B

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To solve the statics problem involving a 6-kg plank, the forces at points A and B need to be determined. The weight of the plank is calculated using w=mg, resulting in a downward force of 58.9 N at point A. Point B, located 0.6 meters from A, experiences an upward force that balances the downward force at A. The discussion suggests that the total force at B should equal the weight of the plank plus any additional forces acting on it. A sketch is recommended to clarify the angles and forces involved for a complete solution.
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Homework Statement



A man holds a 6-kg uniform plank. Determine forces at A and B. A is at 1 end of the board and B is 0.6 metres further down. total length is 1.4 m

Homework Equations



w=mg
M=fd

The Attempt at a Solution



there will be a force down at A and up at B. i think A will just be weight. So 58.9 N not sure about B though.
 
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i think i might have it. A is down so is weight so B is just these two added together?
 
need a sketch showing angles etc.
 
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