Consulting the diagram below, we can write the x- and y-direction velocities at labeled points A,...

  

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Consulting the diagram below, we can write the x- and y-direction velocities at labeled points A, B, and C as: y C A B X V = u, v VB = u + Vc=u, v + (x and y-components of the velocity at point A above) dx, v (x and y-components of the velocity at point B above) dy The equation for angular momentum about the z axis is then given by: Wz w = [ 1VB-VA dz uC-UA] = dy - Ju Draw a similar diagram for the y and z axes. Label each of the 4 corners on a box for each set of axes, and write expressions for the velocity components at each of the four corners of the box. Then, write an expression for the angular momentum about the x axis. Consulting the diagram below, we can write the x- and y-direction velocities at labeled points A, B, and C as: y C A B X V = u, v VB = u + Vc=u, v + (x and y-components of the velocity at point A above) dx, v (x and y-components of the velocity at point B above) dy The equation for angular momentum about the z axis is then given by: Wz w = [ 1VB-VA dz uC-UA] = dy - Ju Draw a similar diagram for the y and z axes. Label each of the 4 corners on a box for each set of axes, and write expressions for the velocity components at each of the four corners of the box. Then, write an expression for the angular momentum about the x axis.