Force of rod on particle

Related BrainMass Solutions

• Motion Models and Rotating Rod

  The only force present is the reaction of the rod towards the particle that keeps it on the rod is a force that is perpendicular to the rod and hence does not enter the dynamics because the particle can only move along the rod.

• Physical Pendulum: Rotational Simple Harmonic Motion.

  For a linear simple harmonic motion force acting on a particle is directly proportional to the displacement of the particle from equilibrium position and directed to the equilibrium position and hence the equation of motion is given by F = - K*x

• Electric Field Equation and Point Charges

  After your prediction, turn the "Field" on to see what the E-Field looks like. Prediction : In the case of a positive charge, the electric lines of force are directed away from the charged particle in all possible directions.

• Practice problems - Rolling, Torque , and Angular Momentum

  (a) What are the magnitude and direction of the frictional force on the wheel?

• Angular momentum and stationary distance after a collision

  A particle of mass M/3 and speed 38.5 m/s hits the rod and sticks. The particle's path is perpendicular to the rod at the instant of the hit, at a distance d from the rod's center.

• Gravitation: Force Between Two Co-Linear Rods

  the force on the blue rod can be calculated by adding the force due to red one on all particles of blue rod.

• Electrostatics

  c) Due to attraction from +3.43 x 10-12C charge on the rod, a charge of -3.43 x 10-12C will be retained on the inner surface of the shell. The balance charge - 4.53 x 10-12 C will appear on the outer surface of the shell. 2.

• Magnetic force on rod on parallel conducting tracks

  If the current through the rod is 3.27 A, find the magnitude of the magnetic force on the rod.

• Direct Stress and Strain on Steel Rod

  62209 Direct Stress and Strain on Steel Rod A steel rod having a cross-sectional area of 0.005m2 and length 3m is attached to supports.