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As the figure shows, a homogeneous rod of mass 1kg and length L = 2 m is nailed to the wall at its midpoint (O), so it can freely rotate around that point. The rod is subjected to the following forces: F₁ = 4 N, F₂ = 4 N, F₁ = 12 N. The distance d=0.75 m and the angle 8=25º. Determine the angular acceleration of the rod. F₁ F₂ F₁

As the figure shows, a homogeneous rod of mass 1kg and length L = 2 m is nailed to the wall at its midpoint (O), so it can freely rotate around that point. The rod is subjected to the following forces: F₁ = 4 N, F₂ = 4 N, F₁ = 12 N. The distance d=0.75 m and the angle 8=25º. Determine the angular acceleration of the rod. F₁ F₂ F₁

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As the figure shows, a homogeneous rod of mass 1kg and length L = 2 m is nailed to the wall at its midpoint (O), so it can freely rotate around that point. The rod is subjected to the following forces: F₁ = 4 N, F₂ = 4 N, F₁ = 12 N. The distance d=0.75 m and the angle 8=25°. Determine the angular acceleration of the rod. F₁ 0 I O d F₂ F3
Transcribed Image Text:As the figure shows, a homogeneous rod of mass 1kg and length L = 2 m is nailed to the wall at its midpoint (O), so it can freely rotate around that point. The rod is subjected to the following forces: F₁ = 4 N, F₂ = 4 N, F₁ = 12 N. The distance d=0.75 m and the angle 8=25°. Determine the angular acceleration of the rod. F₁ 0 I O d F₂ F3
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