Torque, Equilibrium, and Stability

Related BrainMass Solutions

• Torque, Equilibrium, & Stability

  39446 Torque, Equilibrium, & Stability Two children are sitting on a seesaw. If one child has a mass of (m1) =22.0 kg and sits 2.30 m from the center pivot: (a) How far from the pivot must the second child (m2) = 30.0 kg sit for them to balance?

• Rotational Equilibrium: Seesaw with Three Bodies

  ) Now for the equilibrium net torque about pivot must be zero and hence we get Or 509.22 - 254.61 - 254.61 dB = 0 Gives dB = 254.61/254.61 = 1 m Thus the distance of mass B from the pivot in equilibrium position is 1 m.

• Equilibrium Principle of Moments

  As the beam is in equilibrium the net force acting on it must be zero and the net torque acting on the beam should be zero.

• Static equilibrium and minimum potential energy

  For equilibrium the net torque must be zero.

• A platform in equilibrium with torques.

  The equilibrium law states that about any chosen axis, "the total clockwise (cl) torque must be equal to the total counter clockwise torque (ccl)." B.

• Rotational equilibrium: Force and its moment (torque)

  253466 Rotational equilibrium: Force and its moment (torque) The figure shows a person whose weight is W = 644 N doing push-ups.

• Measurements and Instruments of Milliammeter

  The coil will be in equilibrium when the magnetic torque equals the spring's restoring torque. Let the equilibrium angle of rotation be ?. Restoring torque at angle ? = 0.5 x 10-6 x ?

• Mechanics

  Frictional force between the feet of the man and the floor acts on the man towards the wall whereas the 100 N force exerted by the wall acts away from the wall. For equilibrium these two horizontal forces must be equal. 2.

• Equilibrium of Bodies: Force and Torque

  and rotational equilibrium.