Solution for net torque

Related BrainMass Solutions

• Zero Net Torque Conditions

  This solution calculates the net torque for each diagram and identifies which situation has net torque equal to zero.

• Forces and Torques: Net torque applied to the cable car.

  Then the torque is tau = 170 * 4.7 sin(90) = 170* 4.7 = 799 N m. Therefore, the net torque is tau_ net = 2*tau = 2* 799 = 1598 N m. The solution calculates the magnitude of the net torque applied to the car.

• Forces are applied tangentially to a wheel with radius

  Solution: From the recommended reference, we know that the net torque acting on such a wheel could be described by: where: τ: torque F: force R: radius I: moment of inertia α: angular acceleration So in this case your net force

• Pulley System - Torque, Inertia, Acceleration, Velocity, and Kinetic Energy

  Acceleration: Let's call the net torque T and angular acceleration a.

• Equilibrium Principle of Moments

  Answer: For equilibrium, the net force on the body must be zero and net torque on the body should be zero. If we consider the forces then the reaction of the pevot at the point where the beam is hanged.

• Torque, Equilibrium, & Stability

  m*d = m*d 22*2.3 = 30*d d= 1.69 m (b) The net upward force is equal to the total downward force (from the two children and the seesaw itself) F = m(total) * g = (22 kg + 30 kg + 25 kg) * 9.8 N/kg = 754.6 N The solution is answered with equations

• Rotational Dynamics and Net Torque

  38287 Rotational Dynamics and Net Torque A 10 kg solid disk of radius 0.50 m is rotated about an axis through its center.

• Torque in a Static Environment

  . ** Please see the attachment for the complete solution ** The force diagram below shows all the forces acting on the beam. In order for it not to pivot, the net torque must be zero.

• Find Magnitude of Net Torque

  The solution gives the steps to find the magnitude of the net torque of a given set-up.