The moment of inertia of the wheel is

          I(wheel)  =  0.5 * M * R^2


  The angular momentum of the wheel around its center is

          L(wheel)  =  I * omega  =  I * 0   =   0


  The angular momentum of the barbell around the center of the wheel is

        L(barbell)  =   m ( d x v )  =  m * d * v sin(90)  =  m * v * d

  
  The total angular momentum around the center of the wheel is

          L(total)  =   m * v * d


  The total kinetic energy of the objects is

        KE(total)  =   0.5 * m * v^2    +   0.5 * I * omega^2

                   =   0.5 * m * v^2    +     0