Three forces are exerted on the beam at static equilibrium as shown in the figure. The mass of the beam is 5 kg and its

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Three forces are exerted on the beam at static equilibrium as shown in the figure. The mass of the beam is 5 kg and its

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Three Forces Are Exerted On The Beam At Static Equilibrium As Shown In The Figure The Mass Of The Beam Is 5 Kg And Its 1
Three Forces Are Exerted On The Beam At Static Equilibrium As Shown In The Figure The Mass Of The Beam Is 5 Kg And Its 1 (229.9 KiB) Viewed 14 times
Three forces are exerted on the beam at static equilibrium as shown in the figure. The mass of the beam is 5 kg and its length is 3m. (i) Draw extended force diagram for the beam. (ii) Find the torque about the axis of rotation by Force F₁. (iii) Find the torque about the axis of rotation by Force F3. (iv) Find the magnitude of force F₂. (v) Find the force due to pivot point. IM → 40 U F₁ =100N wall เgn غل F₂= = 120N Ę₂ = ?
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